text: Brought to you by @Sk8TL_Official | @RollATL | @Branders3n. Gravity explores the massive uprising of blading and quads in Atlanta. “I was first introduced to the idea of this project through our infamous Thursday night skates which have attracted upwards of 100 people all coming out every Thursday night to enjoy a simple passion. It was at my first Thursday Night that made me realize that Atlanta has formed this amazing community, someone needed to document it and share it!" - Brandon Andersen.

textbook:
Lesson: The Power of Community

Introduction:
Community is an important part of our lives. It provides support, friendship, and shared interests. In this lesson, we will explore the power of community and how it can bring people together for a common goal.

Section 1: What is Community?
- Community is a group of people who share common interests or characteristics.
- It can be based on geography, religion, hobbies, or any other shared interest.
- Community can provide a sense of belonging and support for its members.

Section 2: The Power of Community
- When people come together as a community, they can achieve great things.
- Communities can work together to solve problems, create change, and make a difference in the world.
- The power of community lies in the collective effort and shared passion of its members.

Section 3: Examples of Community in Action
- Skateboarding communities have come together to build skateparks and support local businesses.
- Quad skating communities have organized events and competitions to showcase their talent and bring people together.
- These communities have created a sense of belonging and support for their members, and have made a positive impact on their cities.

Section 4: Conclusion
- The power of community is strong and can bring people together for a common goal.
- By working together and sharing a common interest, communities can achieve great things.
- Whether it's skateboarding, quad skating, or any other hobby, the power of community is a force to be reckoned with.

Glossary:
- Community: A group of people who share common interests or characteristics.
- Collective Effort: When people work together towards a common goal.
- Impact: To have a strong effect on something or someone.

Conclusion:
In conclusion, the power of community is a powerful force that can bring people together for a common goal. By working together and sharing a common interest, communities can achieve great things. Whether it's skateboarding, quad skating, or any other hobby, the power of community is a force to be reckoned with.


text: Baltimore Ravens. Ranking the playoff placekickers. When things get tight in the postseason, it's nice to have a reliable kicker. Here's looking at the PK situation for each playoff team.. Ravens release PK Cundiff. The Ravens released PK Billy Cundiff on Sunday, ESPN’s Adam Schefter first reported. Rookie Justin Tucker likely will be the team’s kicker in 2012.. Big tests in Ravens' PK battle still to come. Ravens rookie PK Justin Tucker has made a favorable impression early in camp, but incumbent Billy Cundiff could be tough to beat.

source: refinedweb

textbook:
Lesson: Introduction to Playoff PK Situation

**Objective:** To introduce the concept of playoff PK situation and analyze the PK situation for each playoff team.

**Background:** In football, placekickers are crucial players during the postseason. They have the responsibility of converting field goals and extra points, which can make or break a game. In this lesson, we will explore the PK situation for each playoff team and analyze their reliability.

**Section 1: The Importance of Playoff PK Situation**

Playoff PK situation is an essential aspect of football because it determines the outcome of a game. A reliable kicker can make all the difference in a close match. Therefore, teams invest time and resources in finding the perfect PK who can convert field goals and extra points consistently.

**Section 2: Analyzing the PK Situation for Each Playoff Team**

1. Baltimore Ravens: The Ravens released PK Billy Cundiff and rookie Justin Tucker is likely to be the team's kicker in 2012.
2. Denver Broncos: Matt Prater has been consistent for the Broncos, and they have faith in him to convert crucial kicks.
3. Atlanta Falcons: Matt Bryant has been a reliable PK for the Falcons, and they will rely on him to convert field goals and extra points.
4. Houston Texans: The Texans have trusted Shayne Graham to convert field goals and extra points, and he has not disappointed.
5. Green Bay Packers: Mason Crosby has been a reliable PK for the Packers, and they will depend on him to convert crucial kicks.

**Section 3: Practical Examples Using Mathematical Abstractions and Real-World Scenarios**

Let's consider a hypothetical game where the score is tied at 24-24. The ball is snapped at the opponent's 35-yard line with 10 seconds remaining. The PK has converted 80% of his field goal attempts this season. What is the probability that he converts the 52-yard field goal attempt?

Using the formula for the probability of a binomial experiment:

P(X=k) = C(n, k) * p^k * (1-p)^(n-k)

where n = number of trials, k = number of successes, p = probability of success, and C(n, k) = number of combinations of n items taken k at a time.

In this case, n = 1 (since there's only one attempt), p = 0.8 (the PK's conversion rate), and k = 3 (since the maximum distance for a field goal is 36 yards).

C(1, 3) = 3
P(X=3) = 3 * 0.8^3 * (1-0.8)^(1-3) = 3 * 0.512 * 0.24 = 0.2016

The probability of converting the 52-yard field goal attempt is approximately 20.16%.

**Section 4: Self-Debating Discussions**

1. How does the pressure of a playoff game affect a PK's performance?
2. Can a team rely solely on their PK to win a game?
3. Is it better to have a PK with a high conversion rate or one who has more experience in pressure situations?

**Glossary:**
- PK: Placekicker
- FG: Field Goal
- PAT: Point After Touchdown
- Extra Point: Conversion of a try
- Binomial Experiment: A statistical method for modeling the number of successes in a fixed number of trials, where the probability of success on any given trial is constant.

**Conclusion:**

In conclusion, the PK situation for each playoff team is crucial in determining the outcome of a game. Teams must have a reliable PK who can convert field goals and extra points consistently. This lesson has provided an introduction to the concept of playoff PK situation and analyzed the PK situation for each playoff team. By applying the concepts learned, students can understand the importance of PK in football and how it can affect the outcome of a game.


text: AE Tutorials. How to Add Effects onto 360/VR Footage | SkyBox Studio | After Effects. Hoodlebrink's Main Room Timelapse. Professor Hoodlebrink Creation And Rig. After Effects Lip Sync Problem. Second Test For Andrew's LOGO +FX. Red Giant QuickTip #49: Trapcode Particular and Obscuration Layers. Graymachine Super Awesome Presets Volume 0001. After Effects Tutorial: How to Make an Arrivals Board. Kinetic Typography Tutorial. mocha & After Effects: Tracking a moving T-Shirt. Creating a Seamlessly Looping Animation with After Effects. How to create Light Wrap and Edge blur. Your membership in this group is pending until moderator approval. AE Tutorials. This is a bunch of tuts I've gathered from around Vimeo that I think are useful for sparking creativity in my own work.. Browse This Group. Related RSS Feeds. This is a Vimeo Group. Groups allow you to create mini communities around the things you like. Check out other interesting groups..

textbook:
Lesson: Introduction to After Effects

### Section 1: What is After Effects?
After Effects is a software program developed by Adobe Systems that allows users to create visual effects and animations for films, television shows, video games, and other media. It is widely used in the film and television industry for post-production work, such as adding special effects, editing video footage, and creating title sequences.

### Section 2: Understanding the Basics
To get started with After Effects, it's essential to understand some basic concepts. Here are some key terms to know:

- Composition: A composition is a single image or sequence of images that forms a layer in your project. You can add multiple layers to a composition to create complex animations and visual effects.
- Layer: A layer is an individual element within a composition. It can be an image, a shape, a text layer, or any other graphical element.
- Timeline: The timeline is a vertical panel where you can arrange and manipulate layers over time. It allows you to create animations by moving layers forward or backward in time.
- Keyframe: A keyframe is a frame in an animation that defines a specific position or state. When you create an animation, After Effects will interpolate between keyframes to create smooth motion.

### Section 3: Creating a Simple Animation
Now that you know the basics, let's create a simple animation using After Effects. We'll create a logo that fades in and then disappears. Here are the steps:

1. Open After Effects and create a new project. Choose a resolution (e.g., 1920x1080) and set the frame rate (e.g., 24fps).
2. Import a logo image into your project. You can do this by dragging the image file into the project window or by using the File > Import command.
3. Create a new composition by clicking on the "New Composition" button in the Project panel.
4. Drag the logo image onto the composition in the Timeline panel.
5. Right-click on the logo layer and select "Create Keyframe Assistant." Choose "Fade In" as the effect and set the duration to 1 second.
6. Move the playhead to the end of the timeline and create another keyframe by right-clicking on the layer and selecting "Create Keyframe Assistant" again. Choose "Fade Out" as the effect and set the duration to 1 second.
7. Preview the animation by pressing the spacebar or using the "Preview" button in the toolbar.

### Section 4: Advanced Techniques
Once you've mastered the basics, you can explore more advanced techniques in After Effects. Here are a few examples:

- Motion tracking: Use motion tracking to attach graphics or effects to moving objects in your footage.
- 3D rendering: Use After Effects to create 3D models and render them in your compositions.
- Particle effects: Use particle systems to create fire, water, smoke, and other effects.
- Color correction: Use color correction tools to adjust the color balance and brightness of your footage.

### Glossary:
- Composition: A composition is a single image or sequence of images that forms a layer in your project.
- Layer: A layer is an individual element within a composition.
- Timeline: The timeline is a vertical panel where you can arrange and manipulate layers over time.
- Keyframe: A keyframe is a frame in an animation that defines a specific position or state.

### Conclusion:
After Effects is a powerful tool for creating visual effects and animations. By understanding the basics and exploring more advanced techniques, you can create stunning visuals for films, television shows, video games, and other media. With practice, you'll be able to apply these skills to new projects and challenges.


text:
Di-(2-ethylhexyl) phthalate is without adjuvant effect in mice on ovalbumin.
It has been suggested that one possible contributor to the increasing prevalence of IgE-mediated allergic diseases in Europe and the US is exposure to chemicals that may act as adjuvants. It has been reported previously that certain commonly used phthalate plasticizers, such as di-(2-ethylhexyl) phthalate (DEHP), are able to modify immune responses induced in mice by the common hens' egg allergen ovalbumin (OVA). However, the significance of these observations for human health is unclear, not least because the relevant studies have been conducted exclusively using subcutaneous administration of phthalates. We have therefore investigated the ability of DEHP when applied topically to affect anti-OVA antibody responses induced by subcutaneous exposure to OVA in BALB/c strain mice. Doses of DEHP (50mg) were used that resulted in a marked (approximately 30%) increase in liver weight. Dose-responses were conducted in order to identify doses of OVA that were sub-optimal for both anti-OVA IgG1 and IgE antibody responses: 1microg and 0.05microg, respectively. Under these conditions of exposure, topical administration of DEHP was without impact on antibody responses, regardless of whether DEHP was applied local or distant to the site of OVA immunization. Topical application of concentrations of DEHP that provoked marked systemic effects was without effect on the induction of immune responses.

source: minipile

textbook:
Lesson: Introduction to Chemical Exposure and Allergic Responses

**Objective:** To understand the role of chemical exposure in allergic reactions and the significance of this phenomenon for human health.

**Background:** Allergic reactions are caused by the immune system's overreaction to a foreign substance, such as pollen or pet dander. In recent years, there has been an increase in the prevalence of allergic diseases in Europe and the United States. One possible contributor to this trend is exposure to chemicals that may act as adjuvants, which are substances that enhance the body's immune response.

**Topics:**

1. What is an adjuvant?
An adjuvant is a substance that enhances the body's immune response to a foreign substance. It can be a chemical, a biological molecule, or even a physical agent like heat or light. Adjuvants are often used in vaccines to boost the immune system's response to the vaccine's antigens.

2. How do chemicals act as adjuvants?
Chemicals can act as adjuvants by altering the immune system's response to a foreign substance. They can stimulate the production of certain immune cells, such as T-cells and B-cells, which play a crucial role in allergic reactions. Some chemicals can also increase the release of cytokines, which are signaling molecules that regulate the immune response.

3. What is the role of phthalates in allergic reactions?
Phthalates are a class of chemicals used as plasticizers in many consumer products, such as toys, food packaging, and personal care items. Some studies have shown that exposure to phthalates can enhance the immune response to certain allergens, such as ovalbumin, a protein found in eggs. This effect is thought to contribute to the increasing prevalence of allergic diseases in Europe and the United States.

4. How does DEHP affect ovalbumin-induced antibody responses in mice?
In a study conducted by researchers, DEHP was applied topically to mice that had been exposed to ovalbumin subcutaneously. The results showed that DEHP did not significantly affect the anti-OVA antibody responses in the mice. This suggests that the role of DEHP in enhancing allergic responses may be limited to subcutaneous exposure.

5. Conclusion:
This study provides valuable information about the effects of chemical exposure on allergic reactions. While DEHP did not significantly affect anti-OVA antibody responses in the mice, the results still have implications for human health. The study highlights the need for further research into the effects of other chemicals and their potential role in allergic diseases. By understanding the relationship between chemical exposure and allergic reactions, we can take steps to reduce our exposure to these substances and potentially reduce the prevalence of allergic diseases in the future.

**Glossary:**
- Adjuvant: a substance that enhances the immune response to a foreign substance
- Phthalates: a class of chemicals used as plasticizers in consumer products
- Ovalbumin: a protein found in eggs
- DEHP: di-(2-ethylhexyl) phthalate
- Subcutaneous: beneath the skin
- Topical: applied to the surface of the skin

**Self-Debate Discussion:**
- How might the results of this study be applied to humans?
- Are there any limitations to this study that should be considered?
- How might the use of chemicals in consumer products be reduced to minimize the risk of allergic reactions?


text: Vulcan Solar Power has been selected by the University of Alabama at Birmingham for construction of a commercial-scale solar facility. The solar project is the first undertaken by the university.. The Birmingham Business Journal says that the solar array will be placed atop the Campus Recreation Center in a contract with a value of $120,000. Construction is expected to being in mid June and to be completed in about two weeks, according to the story.. The press release stresses the desire of Vulcan to help create jobs in the state. Vulcan Solar CEO Rob Ozols suggests that the state is subsidizing other states by not taking advantage of available federal tax credits for which such projects can qualify.. This week, Des Moines University selected Revolution Lighting Technologies for an LED retrofit of its eight campus buildings. The new T8 SEP LED tubes will have a return-on-investment of 1.5 years, the company said.

textbook:
Lesson: Solar Energy and Its Applications

Introduction:
Solar energy is a renewable source of power that harnesses heat and light from the sun to generate electricity. In this lesson, we will learn about the basics of solar energy, its applications, and how it can be used to benefit our environment and economy.

Section 1: What is Solar Energy?

**Theory:** Solar energy is a form of renewable energy that comes from the sun. It can be converted into electrical or thermal energy using photovoltaic (PV) cells or solar collectors.

**Practice:** How does a solar panel work?
1. Solar panels are made up of PV cells that absorb sunlight.
2. When sunlight hits the PV cells, it knocks electrons free from their atoms, creating a flow of electricity.
3. This electricity is then sent to an inverter, which converts DC (direct current) electricity into AC (alternating current) electricity.
4. The AC electricity is then sent to the power grid or used to power a home or building.

Section 2: Applications of Solar Energy

**Theory:** Solar energy can be used in many ways, including generating electricity, heating water, and powering homes and buildings.

**Practice:** How does solar energy benefit the environment and economy?
1. Solar energy reduces our dependence on fossil fuels, which helps to reduce greenhouse gas emissions and combat climate change.
2. Solar energy creates jobs in the renewable energy sector, stimulating economic growth.
3. Solar energy can save money on energy bills and increase energy independence for individuals and communities.

Section 3: Case Study: Vulcan Solar Power

**Theory:** Vulcan Solar Power is a company that specializes in installing solar energy systems.

**Practice:** How does Vulcan Solar Power work with the University of Alabama at Birmingham?
1. Vulcan Solar Power was selected by the University of Alabama at Birmingham to construct a commercial-scale solar facility.
2. The solar project is the first undertaken by the university and will be placed atop the Campus Recreation Center.
3. Construction is expected to begin in mid-June and be completed in about two weeks.
4. Vulcan Solar CEO Rob Ozols emphasizes the desire of Vulcan to help create jobs in the state.

Conclusion:
In this lesson, we learned about the basics of solar energy, its applications, and how it can be used to benefit our environment and economy. We also explored a case study of Vulcan Solar Power and their work with the University of Alabama at Birmingham. By understanding the principles behind solar energy and its many applications, we can begin to imagine a future powered by clean, renewable energy.

Glossary:
- Solar energy: Energy that comes from the sun and can be converted into electrical or thermal energy.
- Photovoltaic (PV) cells: Cells that absorb sunlight and convert it into electricity.
- Solar panel: A device that contains PV cells and generates electricity from sunlight.
- Inverter: A device that converts DC electricity into AC electricity.
- Renewable energy: Energy that comes from natural resources that can be replenished, such as sunlight, wind, and water.
- Greenhouse gases: Gases that trap heat in the Earth's atmosphere and contribute to climate change.


text: Read the latest blog from Theresa Miller (CTP, vExpert, MVP) where she takes a closer look at Citrix architecture, and the important areas to monitor when troubleshooting Citrix logon issues.. Citrix architectures can be complex with tons of moving parts. When a user sends a Citrix Logon complaint over the troubleshooting process can take a lot of time due to these complexities.. Theresa explains:. “Citrix architecture can be complex and troubleshooting manually can be very time consuming. To ensure that support matters for Citrix login issues can be resolved quickly be sure to implement monitoring and troubleshooting tools that will expedite problem resolution. If Logon Duration is the issue, Goliath Performance Monitor offers a uniquely detailed breakdown of the 33+ stages of the Citrix Logon Process that saves time for your support team and avoids frustration for your users.”

textbook:
Lesson: Introduction to Citrix Architecture and Troubleshooting

## Section 1: Introduction
In this lesson, we will learn about Citrix architecture and how to troubleshoot Citrix logon issues. Citrix is a popular virtualization software that allows multiple users to access applications and data on a centralized server. The architecture of Citrix is complex, with many moving parts that can cause issues during logon. In this lesson, we will cover the basics of Citrix architecture and the important areas to monitor when troubleshooting Citrix logon issues.

## Section 2: Citrix Architecture
Citrix architecture consists of several components, including the Citrix Server, the Citrix Client, and the application servers. The Citrix Server acts as a broker between the client and the application server, allowing multiple users to access the same application simultaneously. The Citrix Client is the software that users install on their devices to access the Citrix Server. Finally, the application server hosts the applications that users can access through the Citrix Server.

## Section 3: Troubleshooting Citrix Logon Issues
Troubleshooting Citrix logon issues can be challenging due to the complexity of the architecture. However, there are several important areas to monitor when troubleshooting Citrix logon issues:

1. Network connectivity: Ensure that the user's device is connected to the network and that the network is functioning properly.

2. Citrix Client: Check that the user has installed the correct version of the Citrix Client and that it is up-to-date.

3. Citrix Server: Verify that the Citrix Server is running correctly and that there are no issues with the server configuration.

4. Application server: Check that the application server is available and that there are no issues with the application or its configuration.

5. Login credentials: Ensure that the user is entering the correct login credentials and that their account is active and in good standing.

## Section 4: Conclusion
Understanding Citrix architecture and the important areas to monitor when troubleshooting Citrix logon issues is crucial for ensuring a smooth and efficient troubleshooting process. By implementing monitoring and troubleshooting tools, support teams can quickly resolve issues and avoid frustration for users. Goliath Performance Monitor, for example, offers a uniquely detailed breakdown of the 33+ stages of the Citrix Logon Process, saving time for support teams and improving user experience.


text: Abstract. The enactment of the Workforce Investment Act of 1998 (WIA) will significantly affect the Senior Community Service Employment Program (SCSEP) just as it will affect all employment-related federally-funded programs. The WIA is intended to consolidate and streamline the numerous federal employment programs and provide states and localities with more discretion to design and monitor workforce development strategies that meet their own labor market needs. The legislation raises both important challenges to the SCSEP and affords new opportunities to improve services to older workers.. Research Area:. To reuse content from Urban Institute, visit copyright.com, search for the publications, choose from a list of licenses, and complete the transaction.

textbook:
Lesson: Introduction to the Workforce Investment Act of 1998

### Section 1: Theoretical Concepts
The Workforce Investment Act of 1998 (WIA) is a law passed by the United States Congress to consolidate and streamline the numerous federal employment programs. It provides states and localities with more discretion to design and monitor workforce development strategies that meet their own labor market needs.

### Section 2: Practical Examples
The WIA affects the Senior Community Service Employment Program (SCSEP), which provides part-time community service jobs for low-income older adults. Under the WIA, the SCSEP must compete for funding with other programs, which may result in reduced funding or changes to the program's eligibility requirements.

### Section 3: Critical Thinking Questions
1. How does the WIA affect the SCSEP?
2. What are some potential challenges and opportunities for the SCSEP under the WIA?
3. How can the SCSEP improve its services to older workers in light of the WIA?

### Glossary
- WIA: Workforce Investment Act of 1998
- SCSEP: Senior Community Service Employment Program
- Federally-funded programs: Programs that receive funding from the federal government
- Labor market: The market for labor, including the supply and demand for workers
- Discretion: The ability to make decisions and take actions within a defined area of responsibility

### Conclusion
Understanding the WIA and its impact on the SCSEP is important for anyone interested in workforce development and public policy. By examining the challenges and opportunities presented by the WIA, we can better understand how to improve services for older workers and ensure that they have access to the resources they need to succeed in the workforce.


text: Center for Social Impact Learning: Ambassador Corps Internship Program. This program connects undergrad and graduate students to unique social entrepreneurship organizations around the globe. A select group of the top undergraduate university students from across the US are chosen to do an 8 to 10 week international summer internship in areas such as microfinance, poverty alleviation, sustainable agriculture, social justice, environmental conservation, sustainable education, eco-tourism, youth entrepreneurship, women’s empowerment, public health and disease eradication.. Summer opportunity for students in global, social entrepreneurship. Center for Social Impact Learning: Ambassador Corps Internship Program

textbook:
Lesson: Introduction to Social Entrepreneurship

**Overview:** Social entrepreneurship is the process of creating innovative solutions to social problems. It involves identifying a problem, developing a solution, and implementing it on a large scale. In this lesson, we will explore what social entrepreneurship is, why it's important, and how it can be applied to solve real-world problems.

**Section 1: What is Social Entrepreneurship?**

Social entrepreneurship is the process of creating innovative solutions to social problems. It involves identifying a problem, developing a solution, and implementing it on a large scale. Social entrepreneurs are individuals who use business techniques to address social issues. They create new organizations or reinvigorate existing ones to achieve their goals.

**Section 2: Why is Social Entrepreneurship Important?**

Social entrepreneurship is important because it addresses social problems that traditional charities and government agencies cannot solve alone. Social entrepreneurs create innovative solutions that are sustainable and scalable. Their work has a positive impact on society and can lead to systemic change.

**Section 3: How does Social Entrepreneurship work?**

Social entrepreneurship works by identifying a social problem and finding a solution that is sustainable and scalable. This involves researching the issue, testing potential solutions, and refining them until they are effective. Once a solution is developed, it is implemented on a large scale to achieve maximum impact.

**Section 4: Real-World Examples**

Real-world examples of social entrepreneurship include:

- The creation of microfinance institutions that provide small loans to people who lack access to traditional banking services.
- The development of sustainable agriculture practices that help farmers increase their yields while reducing their environmental impact.
- The implementation of eco-tourism programs that promote sustainable travel while supporting local communities and protecting natural resources.

**Conclusion:**

In conclusion, social entrepreneurship is an important tool for addressing social problems. By identifying innovative solutions and implementing them on a large scale, social entrepreneurs can make a positive impact on society. This lesson has provided an introduction to social entrepreneurship, its importance, and how it works. By applying these principles, students can develop their own solutions to social problems and make a difference in the world.


text: Wellbeing & Me receives 15% commission from the sale of all products in the marketplace (excluding shipping costs). The remaining funds, including shipping, will be deposited directly into the vendors Stripe account via an automated system. Please note, vendors must have an active Stripe account to receive payouts from sales instantly. Upon joining, you will be sent instructions on how to set up your account.

textbook:
Lesson: Understanding Percentages and Commissions

Introduction:
In this lesson, we will learn about percentages and how they relate to commissions. We will cover the following topics:

1. What is a percentage?
2. How to calculate percentages?
3. Applying percentages to real-world scenarios
4. How to calculate commission using percentages

Section 1: What is a percentage?
A percentage is a way of expressing a fraction of a whole number or amount. It is usually written as a percentage sign (%) followed by a number. For example, 25% means 25 out of 100.

Section 2: How to calculate percentages?
To calculate a percentage, you need to know what part of the whole you want to find the percentage of. This is called the "part" and is usually represented by the letter "x". To calculate the percentage, you can use the following formula:

Percentage = (Part / Whole) x 100

For example, if you want to find 25% of 100, you would plug in 25 for "part" and 100 for "whole":

Percentage = (25 / 100) x 100 = 25%

Section 3: Applying percentages to real-world scenarios
Let's say you are selling handmade jewelry on an online marketplace. Wellbeing & Me receives a 15% commission from the sale of all products in the marketplace (excluding shipping costs). This means that for every $100 worth of jewelry sold, you will receive $85 after the commission has been deducted.

To calculate the amount of money you will receive after the commission has been deducted, you can use the following formula:

Amount Received = (Amount Before Commission / 100) x 100 - Commission Percentage

For example, if you sell $100 worth of jewelry, your amount received before commission would be:

Amount Before Commission = $100

Amount Received = ($100 / 100) x 100 - 15% = $85

So, you would receive $85 after the 15% commission has been deducted.

Section 4: How to calculate commission using percentages
Now let's say that you sold $1000 worth of jewelry. To calculate the commission you would receive, you can use the following formula:

Commission = Amount Sold x Commission Percentage

For example, if you sold $1000 worth of jewelry and the commission percentage is 15%, then your commission would be:

Commission = $1000 x 15% = $150

Conclusion:
In this lesson, we learned about percentages and how they relate to commissions. We covered the basics of calculating percentages and applied them to a real-world scenario. We also learned how to calculate commission using percentages. By understanding these concepts, we can apply our skills to other scenarios where percentages and commissions are involved.


text: NORMAL, Ill. (AP) — The Illinois State Board of Education has named a high school English and literature teacher from central Illinois as its Illinois Teacher of the Year.. The board on Saturday evening announced this year’s honor would go to Lindsey Jensen of Dwight Township High School. She teaches advanced placement English, Shakespeare, American literature, drama and composition to high school juniors and seniors. State officials say Jensen’s colleagues described her as having high expectations and infectious positivity. Jensen says she believes “teaching requires becoming part of students’ lives and making connections that no other professional experiences.”. Jensen started as a teacher’s aide 12 years ago and is in her ninth year as a high school English teacher.. Illinois State Education Superintendent Tony Smith said Jensen “exemplifies teacher leadership.”

textbook:
Lesson: How to Become a Great Teacher
Introduction:
Becoming a great teacher is not an easy task. It requires dedication, passion, and hard work. In this lesson, we will explore the qualities that make a teacher great and how to develop them. We will also look at some practical examples of how these qualities can be applied in the classroom.
Section 1: Qualities of a Great Teacher
- High Expectations: A great teacher expects their students to achieve their best and sets high standards for them to reach.
- Infectious Positivity: A great teacher is optimistic and enthusiastic about their subject matter, which inspires their students to learn more.
- Making Connections: A great teacher builds relationships with their students and understands their needs, interests, and learning styles.
- Passion for Teaching: A great teacher loves their job and is committed to helping their students succeed.
- Continuous Learning: A great teacher is always looking for ways to improve their teaching methods and stay up-to-date with current research and trends in education.
Section 2: Developing These Qualities
- Set Clear Goals: Identify what you want your students to achieve and create a plan to help them get there.
- Be Positive: Focus on the positive aspects of your subject matter and your students' achievements.
- Build Relationships: Take the time to get to know your students and their needs. Show interest in their lives outside of the classroom.
- Love What You Do: Be passionate about teaching and enjoy every moment of it.
- Continue Learning: Attend professional development workshops, read educational journals, and collaborate with other teachers to improve your teaching methods.
Section 3: Practical Examples
- High Expectations: Set challenging assignments and projects that push your students to think critically and creatively. Encourage them to take risks and try new things.
- Infectious Positivity: Share your excitement for your subject matter with your students. Use engaging activities and interactive lessons to keep them interested and motivated.
- Making Connections: Use real-world examples to relate your subject matter to your students' lives. Encourage them to share their experiences and perspectives in class discussions.
- Passion for Teaching: Show your enthusiasm for teaching by being energetic, engaged, and involved in your lessons. Demonstrate your love for your subject matter by sharing your own experiences and interests.
- Continuous Learning: Stay up-to-date with current research and trends in education by attending conferences, reading educational journals, and collaborating with other teachers.
Conclusion:
Becoming a great teacher takes time, effort, and dedication. By developing the qualities discussed in this lesson, you can become an effective and inspirational teacher who makes a difference in your students' lives. Remember to always continue learning, set high expectations, be positive, make connections, and love what you do. By applying these qualities to your teaching methods, you can help your students achieve their full potential and succeed in their academic journey.


text: In many applications, relationships among objects of interest are more complex than pairwise. Simply approximating complex relationships as pairwise ones can lead to loss of information. An alternative for these applications is to analyze complex relationships among data directly, without the need to first represent the complex relationships into pairwise ones. A natural way to describe complex relationships is to use hypergraphs. A hypergraph is a graph in which edges can connect more than two vertices. Thus we consider learning from a hypergraph, and develop a general framework which is applicable to classification and clustering for complex relational data. We have applied our framework to real-world web classification problems and obtained encouraging results.

textbook:
Lesson: Introduction to Hypergraphs

**Lesson Overview:** In this lesson, we will learn about hypergraphs, which are a type of graph that can represent complex relationships among objects. We will explore the benefits of using hypergraphs over traditional graphs and learn how to apply them to real-world problems.

**Lesson Outline:**

1. **What are Hypergraphs?**
    - Definition: A hypergraph is a graph in which edges can connect more than two vertices.
    - Examples: A hypergraph can represent complex relationships such as friendships among people or connections between social media users.

2. **Why Use Hypergraphs?**
    - Complex Relationships: Traditional graphs can only represent pairwise relationships, but hypergraphs can represent complex relationships without losing information.
    - Real-World Applications: Hypergraphs have been used in various fields such as biology, chemistry, and computer science.

3. **How to Learn from Hypergraphs**
    - General Framework: We can develop a general framework for learning from hypergraphs that is applicable to both classification and clustering problems.
    - Web Classification: We have applied our framework to real-world web classification problems and obtained encouraging results.

4. **Conclusion**
    - Skills Gained: By the end of this lesson, you will have a solid understanding of hypergraphs, their benefits, and how to apply them to real-world problems.
    - Applying Skills: You can apply the skills gained from this lesson to other areas where complex relationships need to be analyzed, such as biology, chemistry, and computer science.

**Glossary:**

- Graph: A graph is a mathematical structure consisting of vertices connected by edges.
- Hypergraph: A hypergraph is a graph in which edges can connect more than two vertices.
- Vertex: A vertex is a point or node in a graph.
- Edge: An edge is a line segment connecting two vertices in a graph.
- Classification: Classification is a machine learning technique used to assign an object to one of a set of predefined classes.
- Clustering: Clustering is a machine learning technique used to group similar objects together based on their features.

**Self-Debate Discussion:**

- How do hypergraphs differ from traditional graphs?
- What are some real-world applications of hypergraphs?
- Why is it important to analyze complex relationships among data?


text:
Inorganic materials acting as heterogeneous photocatalysts and catalysts in the same reactions.
General considerations on the differences and similarities between heterogeneous photocatalysis and thermal catalysis are presented. Some research papers are reviewed where a reaction has been carried out in the presence of an inorganic material used both as catalyst and photocatalyst. The existing literature often compares catalytic reactions undertaken with the contemporaneous presence of radiation, showing only that photocatalytic reactions can occur under milder experimental conditions and at much lower temperatures. Nevertheless, differences in mechanistic aspects, conversions and selectivities between catalytic and photocatalytic reactions should also be highlighted. These are due to various reasons, relating to the effects of the interaction of light with the solid surface, adsorption-desorption of species involved in the (photo)reactions, and activation energy.

textbook:
Lesson: Introduction to Heterogeneous Photocatalysis and Catalysis

**Objective:** To introduce students to the concepts of heterogeneous photocatalysis and catalysis, and their applications in various fields.

**Glossary:**
- Catalysis: The process of increasing the rate of a chemical reaction by adding a substance called a catalyst.
- Photocatalysis: A type of catalysis that uses light energy to speed up a chemical reaction.
- Heterogeneous catalysis: A type of catalysis where the reactants and catalyst are in different phases, such as solid and gas or liquid.
- Inorganic materials: Non-organic substances made from elements found in the periodic table.

**Introduction:** Catalysis is a process that increases the rate of a chemical reaction by adding a substance called a catalyst. There are different types of catalysis, including homogeneous and heterogeneous catalysis. In this lesson, we will focus on heterogeneous photocatalysis and catalysis, which involve inorganic materials as catalysts.

**Section 1: What is Heterogeneous Photocatalysis and Catalysis?**

Heterogeneous photocatalysis and catalysis are processes that use light energy to speed up chemical reactions. In these reactions, an inorganic material acts as both a catalyst and a photocatalyst. This means that the same material can help to speed up a reaction both in the presence and absence of light.

**Section 2: How does Heterogeneous Photocatalysis work?**

Heterogeneous photocatalysis works by using light energy to excite electrons in the inorganic material. These excited electrons then participate in the reaction, helping to break down the reactants and form products. The inorganic material acts as a catalyst, speeding up the reaction without being consumed in the process.

**Section 3: Applications of Heterogeneous Photocatalysis and Catalysis**

Heterogeneous photocatalysis and catalysis have many applications in various fields, including environmental science, energy production, and chemical synthesis. For example, in environmental science, these processes can be used to remove pollutants from water and air. In energy production, they can be used to convert sunlight into electricity. In chemical synthesis, they can be used to produce new compounds more efficiently.

**Conclusion:** In this lesson, we have introduced the concepts of heterogeneous photocatalysis and catalysis, and their applications in various fields. By understanding these processes, we can develop new technologies and methods to improve our lives and protect the environment.


text: - Valleywag. Play social network domination. The network effects, for sites such as Friendster and Myspace, are so great that an also-ran social network can keep a grip on an overseas community even if dies in the US. So it is that Friendster has become the default in Southeast Asian countries such as the Philippines, even though its audience has withered elsewhere; and Google's Orkut, which never took off in the US, has footholds in Brazil and India. Here are the territories in which the big social networks and blog publishing systems are particularly strong, mapped onto the board on which players of the global domination game, Risk, compete. I'm told hi5.com is popular in Latin America outside Brazil. I can't seem to discover which properties are strongest in Russia and sub-Saharan Africa; if you know, put the info in the comments.Loading comments ...

textbook:
Lesson: Social Networks and Global Domination

## Introduction

Social networks are online platforms that allow people to connect, communicate, and share information with each other. These networks have become an integral part of our lives, and they continue to grow in popularity. In this lesson, we will explore the concept of social networks and their impact on global domination.

## Section 1: Understanding Social Networks

### Topic 1: What are Social Networks?

Social networks are online communities where people can interact with each other, share information, and form relationships. They are designed to facilitate communication and collaboration among members.

### Topic 2: How do Social Networks Work?

Social networks work by connecting users through a common interest or activity. Users can create profiles, add friends, join groups, and participate in discussions or activities. The more active a user is on the network, the more connections they make, the more valuable their profile becomes to the network.

### Topic 3: Why are Social Networks Important?

Social networks are important because they provide a platform for people to connect with others who share similar interests or experiences. They enable users to build relationships, exchange ideas, and collaborate on projects. They also provide a way for businesses to reach out to potential customers and build brand loyalty.

## Section 2: Social Networks and Global Domination

### Topic 1: The Impact of Social Networks on Global Domination

Social networks have become powerful tools for global domination. They enable companies to reach out to customers around the world, build brand loyalty, and gather valuable data about consumer behavior. They also provide a platform for political campaigns to reach voters and influence elections.

### Topic 2: The Role of Social Networks in Business

Social networks play a critical role in business today. Companies use them to market their products, connect with customers, and gather feedback. They also use them to recruit employees, conduct research, and develop new products.

### Topic 3: The Importance of Social Networks in Politics

Social networks have become an essential tool for politicians and political campaigns. They enable candidates to reach voters directly, share their messages, and gather support. They also provide a platform for political activism and grassroots organizing.

## Section 3: Applying Social Networks to Real-World Scenarios

### Topic 1: Using Social Networks for Business

Companies can use social networks to reach out to customers, gather feedback, and build brand loyalty. For example, a company might use a social network to launch a new product, host a virtual event, or conduct a survey.

### Topic 2: Using Social Networks for Politics

Political campaigns can use social networks to reach voters directly, share their messages, and gather support. For example, a campaign might use a social network to organize volunteers, host a virtual town hall, or run a social media ad.

### Topic 3: Using Social Networks for Personal Use

Individuals can use social networks to connect with friends and family, share photos and updates, and join groups or communities. For example, a person might use a social network to plan a trip, find a new hobby, or connect with like-minded individuals.

## Glossary

- Social network: An online platform that enables people to connect, communicate, and share information with each other.
- Global domination: The process by which a company or organization establishes dominance over a particular market or region.
- Brand loyalty: The likelihood that a customer will continue to purchase a product or service from a particular brand.
- Political campaign: A organized effort by a candidate or group to influence an election.

## Conclusion

In conclusion, social networks have become powerful tools for global domination, business, and politics. By understanding the concepts behind social networks and their impact on the world, we can better apply them to real-world scenarios.


text: On February 7, we were able to accomplish one of our most elusive Florida goals .... We watched the launch of a space shuttle.. Stumbling out of bed nice and early, before the sun came up, to catch the last night-time space shuttle launch. It had been canceled at 4AM the night before because of a low cloud cover. However, NASA gave the go ahead for this launch, and it went off without any hitches.. This was the launch of the Space Shuttle Endeavor, Flight STS 130. Our view is from Cocoa Beach, Florida. I would guess about 15 miles south of the launch site.. Not the best, or most exciting, view ... but it's not everyday you get to see something like this.. Al. 1 comment:. amazing how bright it is!. I saw this, thought is was cool:

textbook:
Lesson Title: Space Shuttle Launch

## Section 1: Introduction
In this lesson, we will learn about the space shuttle launch and its significance. We will also explore the history of space exploration and the role of the space shuttle in human spaceflight.

## Section 2: The Space Shuttle Program
The Space Shuttle program was a national pride project of the United States, which started in the late 1970s. The goal of the program was to develop a reusable spacecraft that could carry astronauts and payload into low Earth orbit, and then return to Earth. The first space shuttle, Columbia, was launched in 1981, and it marked the beginning of human spaceflight.

Over the years, the Space Shuttle program accomplished many significant missions, including the deployment of the Hubble Space Telescope, the construction of the International Space Station, and the repair of the Challenger and Columbia tragedies. The program ended in 2011 after completing 135 missions.

## Section 3: The Launch Process
A space shuttle launch is a complex process that involves several stages. Here is an overview of the launch process:

1. Countdown: The countdown begins several hours before the launch. The crew board the shuttle, and the fuel tanks are filled with liquid hydrogen and liquid oxygen.

2. Ignition: Just before liftoff, the engines are ignited, and the shuttle begins to vibrate. The sound of the engines is deafening.

3. Liftoff: The shuttle begins to rise slowly off the launch pad. The flames get brighter and hotter as the shuttle gains altitude.

4. Ascent: The shuttle continues to climb until it reaches orbit. During this phase, the crew checks the systems and makes sure everything is working correctly.

5. Orbit: Once in orbit, the shuttle begins a series of maneuvers to reach its destination, whether it is the International Space Station or a different orbit.

## Section 4: Conclusion
In conclusion, the Space Shuttle program was a remarkable achievement in human spaceflight. The launch of the space shuttle was a spectacular event that inspired awe and wonder in people all around the world. The knowledge and technology gained from the Space Shuttle program continue to contribute to our understanding of the universe and our ability to explore it.


text: Easycap USB 2.0 Video Capture. In Stock. Easycap Android Windows key Features:. - It includes professional and easy to learn & used video editor software: ulead video studio SE DVD.. - Popular USB 2.0 interface and not need other power.. - Capture video & Audio though USB 2.0 interface. - Easycap usb 2.0 video capture. Easycap USB 2.0 Video Capture. Detail:. - This Is A Standard Easy Cap 4 Port Converter.. - Easycap USB 2.0 video Capture channel DVR capture dongle is the safety system of ideal design. That’s it, make your life more safety and easier.. Easycap USB 2.0 Video Capture is Best | Top Easycap MAC. easycap usb 2.0 video capture is a cost effective solution and provides stable digitize solution for the user. Easycap capture audio with sound card. Product Currency: PKR. Product Price: 1399. Product In-Stock: InStock. Editor's Rating:. 5. 5. Your custom content goes here. You can add the content for individual product. Reviews. There are no reviews yet.

textbook:
Lesson: Introduction to Video Capture Devices

## Section 1: Theoretical Concepts

A video capture device is an hardware component that allows you to record or stream video footage from a source such as a camera, VCR, or other video devices. These devices connect to your computer or laptop through a USB port and allow you to capture video footage in digital format.

## Section 2: Practical Examples

Let's say you want to create a video montage of your family vacation. You have hundreds of photos and videos stored on your camera or smartphone, but you want to create a video slideshow with music and special effects. To do this, you can use a video capture device to transfer the videos from your camera or smartphone to your computer. Once the videos are on your computer, you can use video editing software to add transitions, music, and special effects to create a professional-looking video montage.

## Section 3: Real-World Scenarios

Another example of when a video capture device can be useful is when you want to record a live event such as a concert or sports game. With a video capture device, you can connect the device to your computer and record the live event as it happens. This way, you can keep a digital copy of the event and watch it later whenever you want.

## Glossary

- Video Capture Device: A hardware component that allows you to record or stream video footage from a source such as a camera, VCR, or other video devices.
- USB Port: A type of computer port that allows you to connect peripherals such as printers, keyboards, and video capture devices to your computer or laptop.
- Video Editing Software: Software used to edit video footage by adding special effects, transitions, and music to create a professional-looking video.


text: Cost: $25. Buy full version. Trial version. Descriptions. Gps Route 1.0:. Gps Route 1.0 is a program where you can view the course you have followed during a training session.. All the latlon-points are stored together with the accumulated time and can be viewed in an expandable tabel. A singel point in the tabel can be chosen and viewed on the digital map. You can also choose a mode in the settings which makes the course line to be painted in different colors depending on the current speed .

textbook:
Lesson: Understanding and Using GPS Data

Introduction:
A Global Positioning System (GPS) is a satellite-based navigation system that provides location and time information. GPS data is used in various applications such as navigation, tracking, and mapping. In this lesson, we will learn about GPS data, how to read and interpret it, and how to use it in different scenarios.

Section 1: Understanding GPS Data

Topic 1: What is GPS Data?
- GPS data refers to the information collected by GPS satellites that help us determine our location on Earth.
- This data is stored in the form of coordinates (latitude and longitude) and is used to create maps and other geographical data.

Topic 2: How does GPS work?
- GPS works by using a network of satellites that orbit the Earth.
- These satellites transmit signals to GPS devices, which then calculate the distance between the device and the satellite.
- By calculating the distance between the device and several satellites, the GPS can determine the user's exact location.

Topic 3: Reading GPS Data
- GPS data is usually displayed in the form of coordinates (latitude and longitude).
- Latitude is the horizontal angle measured north or south from the Earth's equator, while longitude is the vertical angle measured east or west from the prime meridian.
- GPS devices display these coordinates in different formats, such as degrees, minutes, and seconds or decimal degrees.

Section 2: Interpreting GPS Data

Topic 1: Understanding GPS Coordinates
- GPS coordinates are usually expressed in degrees, minutes, and seconds (DMS) or decimal degrees (DD).
- DMS is expressed as degrees, minutes, and seconds (e.g., 41° 22' 55" N, 128° 36' 47" W), while DD is expressed as a decimal number (e.g., 41.3820° N, 128.6131° W).
- When using GPS data, it's essential to know the difference between these formats and convert them when necessary.

Topic 2: Using GPS Data for Navigation
- GPS data can be used for navigation, especially when traveling to unfamiliar places.
- By entering the destination's coordinates into the GPS device, it will provide directions and a route to reach the destination.
- The device will also display the distance and estimated time of arrival (ETA) based on the current speed.

Section 3: Using GPS Data in Other Applications

Topic 1: Tracking and Monitoring
- GPS data can be used to track and monitor objects or people.
- For example, fleet management companies use GPS data to monitor their vehicles' locations and optimize routes.
- Similarly, parents can use GPS data to track their children's whereabouts and ensure their safety.

Topic 2: Mapping and Analysis
- GPS data can be used to create maps and perform spatial analysis.
- By collecting GPS data from various points, it's possible to create accurate and detailed maps of an area.
- This data can also be used to analyze patterns and trends, such as population density or traffic flow.

Conclusion:
In conclusion, understanding and using GPS data is essential in various applications, from navigation to tracking and monitoring. By mastering the concepts and techniques discussed in this lesson, you will be able to effectively use GPS data in different scenarios and solve problems related to this field.


text: Description. Myxomycetes at Black Sugarloaf, Tasmania, Australia by Sarah Lloyd OAM. Published by Tympanocryptis Press, Birralee, 2020. Sarah Lloyd has been studying myxomycetes, commonly known as slime moulds, for a decade, in the wonderful wet forest that surrounds her home in northern Tasmania. She has come to know them in microscopic detail. This book is a compendium of her amazing photos of 125 taxa, together with a detailed description of each. Each slime mould is represented on one or two A4 pages, with beautiful images ranging from a size you might see with the naked eye or a hand lens, down to the microscopic features often required to identify them. There is a visual key and glossary, as well as appendices which focus on particularly productive spots on the property. 160 pages, size A4, spiral bound.. Sample page

textbook:
Lesson: Introduction to Myxomycetes (Slime Molds)

**Objective:** To introduce students to the fascinating world of myxomycetes, commonly known as slime molds, and their unique characteristics.

**Grade Level:** Primary through High School

**Duration:** 1 hour

**Materials:** None

**Introduction:** Slime molds are a group of organisms that belong to the kingdom Amoebozoa. They are known for their unique ability to move and reproduce like single-celled organisms, yet they can also form complex structures like those found in multicellular organisms. In this lesson, we will learn about the basic characteristics of slime molds, their life cycle, and their ecological importance.

**Section 1: Basic Characteristics of Slime Molds**

**Theoretical Concept:** Protozoa, plasmodium, sporangia

**Questions and Answers:**

1. What are slime molds?
2. How do they move?
3. What are the different stages of their life cycle?
4. What are the unique characteristics of slime molds?

**Definitions and Purpose:**

Protozoa: Single-celled organisms that lack a nucleus and can move independently.
Plasmodium: The vegetative stage of slime molds, characterized by a mass of cytoplasm without cell walls or nuclei.
Sporangia: Fruiting bodies produced by slime molds, containing spores that can spread to new environments.

**Practical Examples:** Using mathematical abstractions, we can model the movement of slime molds and understand how they navigate their environment. For example, we can use the concept of cellular automata to simulate the behavior of slime molds, such as their tendency to move towards light sources.

**Section 2: Life Cycle of Slime Molds**

**Theoretical Concept:** Spore, vegetative growth, sexual reproduction

**Questions and Answers:**

1. What is the life cycle of slime molds?
2. How do they reproduce both sexually and asexually?
3. What is the significance of spores in their life cycle?

**Definitions and Purpose:**

Spore: A reproductive structure produced by slime molds, containing a single cell that can develop into a new organism.
Vegetative growth: The phase of slime molds' life cycle where they grow as a mass of cytoplasm without cell walls or nuclei.
Sexual reproduction: The process by which slime molds exchange genetic material with other individuals to produce offspring.

**Practical Examples:** We can observe the life cycle of slime molds in their natural habitat, such as in decaying logs or soil. By collecting samples and observing them under a microscope, we can see the different stages of their development, from spores to vegetative growth to the production of sporangia.

**Section 3: Ecological Importance of Slime Molds**

**Theoretical Concept:** Decomposers, mutualistic relationships, symbiosis

**Questions and Answers:**

1. What is the ecological importance of slime molds?
2. How do they contribute to the decomposition process?
3. Can they form mutualistic relationships with other organisms?

**Definitions and Purpose:**

Decomposer: An organism that breaks down dead organic matter into simpler substances.
Mutualistic relationship: A type of symbiotic relationship where both organisms benefit from the interaction.
Symbiosis: A close, long-term association between two different organisms.

**Practical Examples:** We can study the role of slime molds in ecosystems by observing their interactions with other organisms. For example, some species of slime molds form mutualistic relationships with fungi, exchanging nutrients and helping each other to survive. We can also investigate how slime molds contribute to the decomposition process by breaking down dead plant and animal matter, thus recycling nutrients in the ecosystem.

**Conclusion:** In this lesson, we have learned about the fascinating world of slime molds, their unique characteristics, and their ecological importance. By understanding their life cycle and the roles they play in ecosystems, we can appreciate the value of these organisms and apply our knowledge to new problems in biology and ecology.

**Glossary:**

- Protozoa: Single-celled organisms that lack a nucleus and can move independently.
- Plasmodium: The vegetative stage of slime molds, characterized by a mass of cytoplasm without cell walls or nuclei.
- Sporangia: Fruiting bodies produced by slime molds, containing spores that can spread to new environments.
- Spore: A reproductive structure produced by slime molds, containing a single cell that can develop into a new organism.
- Vegetative growth: The phase of slime molds' life cycle where they grow as a mass of cytoplasm without cell walls or nuclei.
- Sexual reproduction: The process by which slime molds exchange genetic material with other individuals to produce offspring.
- Decomposer: An organism that breaks down dead organic matter into simpler substances.
- Mutualistic relationship: A type of symbiotic relationship where both organisms benefit from the interaction.
- Symbiosis: A close, long-term association between two different organisms.


text: - Big Trouble in Little Japan Design by William Chua $10 $7. - The Greatest Spectacle Ever! Design by Emanoel Melo $10 $7 and up. - A King in Every Corner Design by Alex Solis and Alice X. Zhang $10 $7. - Vegetarian Zombie Design by Javier Ramos Eguiluz $10 $7. - Natural Instinct Design by Budi Satria Kwan $10 $7. - It's Always Midnight Somewhere Design by Gregory James $10 $7. - Use Your Brain Design by Matheus Lopes Castro $10 $7 and up. - Endless Forms Most Battleful Design by Santiago Sanchez and Sam McNally $10 $7 and up. - Zombie Romance Design by Yannick Bouchard $10 $7 and up. -. - Let's Plant Design by Chow Hon Lam $10 $7. - Sloth Wars Design by Nana Dalla Porta $10 $7. - Fight Fire with Fire Design by Aneesh kumar.T.K $10 $7. - The Great Monster Off Kanagawa Design by Michael Buxton $10 $7 and up. - Face Melting Solo Design by Kyle Cobban $10 $7 and up. - The Thesaurus Design by Darel Seow $10 $7. - The Monster Mash Design by Nathan Joyce $10 $7 and up. - THIS Is How The World Ends Design by Travis Pitts $10 $7

textbook:
Lesson: Introduction to Graphic Design

## Section 1: What is Graphic Design?
Graphic design is the process of creating visual compositions to communicate ideas, information, and messages. It involves the use of typography, color, images, and layout to create visual representations of ideas and messages.

## Section 2: Why is Graphic Design Important?
Graphic design is important because it helps businesses and organizations communicate their ideas and messages effectively. It can also help to build brand recognition and increase sales. Good graphic design can also make a product or service more appealing to customers.

## Section 3: Types of Graphic Design
There are many types of graphic design, including:
- Advertising and marketing design
- Packaging design
- Web design
- Logo design
- Print design
- Product design
- Environmental graphic design

## Section 4: The Design Process
The design process involves several steps, including:
- Research and analysis
- Brainstorming and concept development
- Sketching and rough drafts
- Refining and finalizing the design
- Presenting the final design

## Section 5: Elements of Graphic Design
The elements of graphic design include:
- Line
- Color
- Shape
- Texture
- Space
- Typography

## Section 6: Principles of Graphic Design
The principles of graphic design include:
- Balance
- Contrast
- Emphasis
- Harmony
- Movement
- Proportion
- Rhythm
- Symmetry

## Section 7: Tools and Techniques of Graphic Design
The tools and techniques of graphic design include:
- Adobe Illustrator
- Adobe Photoshop
- Sketching
- Drawing
- Painting
- Typography
- Layout design
- Color theory

## Section 8: Career Opportunities in Graphic Design
Career opportunities in graphic design include:
- Graphic designer
- Art director
- Web designer
- UX/UI designer
- Illustrator
- Animator
- Packaging designer
- Brand identity designer

## Glossary:
- Typography: The art and technique of arranging type to make written language legible, readable, and appealing when displayed.
- Color theory: The study of color and its application in design.
- Layout design: The arrangement of elements on a page, such as text, images, and graphics.
- Balance: The distribution of visual weight in a design, which makes it appear balanced and stable.
- Contrast: The difference between two elements in a design, such as color, size, or shape, that makes them stand out from each other.
- Emphasis: The focal point of a design, which draws attention to itself and stands out from other elements.
- Harmony: The overall feeling of unity and consistency in a design, which makes it look harmonious and cohesive.
- Movement: The feeling of motion or change in a design, which makes it look dynamic and engaging.
- Proportion: The relationship between two elements in a design, such as size, shape, or color, that makes them look proportional and well-balanced.
- Rhythm: The repetition of elements in a design, such as color, size, or shape, that makes them look rhythmic and harmonious.
- Symmetry: The balance and proportion of elements in a design, which makes them look symmetrical and balanced.

Conclusion:
Graphic design is an important skill for anyone interested in communicating ideas and messages effectively. By understanding the principles and elements of graphic design, you can create designs that are visually appealing, effective, and memorable. Whether you want to work in advertising, marketing, or web design, there are many career opportunities available in the field of graphic design. With practice and dedication, you can develop your skills and become a successful graphic designer.


text: Home >> Home & Garden >> Home Improvement & Tools >> Hardware >> Cabinet Hardware >> Door, Cabinet & Furniture Hinges >> Gold Tone Metal Gate Door Cabinet Radius Hinge Hardware 3.5". Specification:. Description:. - Made of metal material in gold tone, Hinge pin is fixed in bottom leaf, used for a long life span.. - Easy to install on your door or windows, Ideal for doors, gates and cabinets, etc.. - Screws are not

textbook:
Lesson: How to Install Door and Cabinet Hinges

Introduction:
In this lesson, we will learn how to install door and cabinet hinges. We will cover the basics of hinge types, materials, and installation methods. By the end of this lesson, you will be able to identify different types of hinges, choose the right hinge for your project, and install them correctly.

Section 1: Types of Hinges
There are several types of hinges available for doors and cabinets. The most common types are:

1. Butt hinges: These hinges have a pin that fits into a hole in the door or cabinet, and they are usually made of metal. They are often used for lightweight doors and cabinets.

2. Pivot hinges: These hinges allow the door or cabinet to pivot open and closed. They are often used for heavier doors and cabinets.

3. Concealed hinges: These hinges are hidden when the door or cabinet is closed, giving it a sleek and modern look. They are often used for cabinets and other furniture pieces.

Section 2: Materials and Sizes
Hinges can be made of different materials, such as metal, plastic, or wood. The size of the hinge will depend on the weight of the door or cabinet and the thickness of the material. It is essential to choose the right size and material for your project to ensure proper functionality and durability.

Section 3: Installation Methods
Installing hinges can be a simple process if you follow these steps:

1. Measure the distance between the door or cabinet and the wall or other surface where it will be attached.

2. Mark the spot where the hinge pin will go through the door or cabinet.

3. Drill a hole in the door or cabinet at the marked spot.

4. Attach the hinge to the door or cabinet and the wall or other surface using screws.

5. Adjust the hinge so that the door or cabinet opens and closes smoothly.

Section 4: Practical Examples
Let's consider a scenario where you want to install a butt hinge on a wooden cabinet. First, you would need to measure the distance between the cabinet and the wall. Then, you would mark the spot where the hinge pin will go through the cabinet. Next, you would drill a hole in the cabinet at the marked spot. After that, you would attach the hinge to the cabinet and the wall using screws. Finally, you would adjust the hinge so that the cabinet opens and closes smoothly.

Conclusion:
In this lesson, we learned about the different types of hinges, materials, and sizes, and installation methods. We also looked at a practical example of installing a butt hinge on a wooden cabinet. By following these steps, you can install hinges on your doors and cabinets correctly and ensure their longevity.


text: Gitzo GM2562T Series 2 Carbon eXact Monopod. This product is in good stock and is available for dispatch in our normal delivery timescales.. Order in the next 13mins for delivery on Monday, 24 April. The Series 2 GM2562T is the smallest carbon fibre monopod in the Gitzo range. Its versatile, 6 leg section construction and strong Carbon eXact leg tubing can support up to 12kg of gear and extend to a height of 142cm. The new ergonomic, space saving Traveler G-locks ensure quick, on-the-go adjustments of the height and allow for a portable closed length of 36cm. The clip incorporated in the ... More. 1x Gitzo GM2562T Series 2 Carbon eXact Monopod Sorry, there are no more available.. Traveler GM2562T: Key Features. Gitzo's most compact 6-section monopod is now stronger with Carbon eXact tubes and Traveler G-lock.. - Support load: 12kg. - Maximum height: 142cm. - Closed length: 36cm. - Material: Carbon fibre. - Series 2. - 6 leg sections. Product SpecificationBack to top. {{item.ConditionName}}. {{item.ConditionDescription}}

textbook:
Lesson: Introduction to Gitzo GM2562T Series 2 Carbon eXact Monopod

## Section 1: Overview
In this lesson, we will learn about the Gitzo GM2562T Series 2 Carbon eXact Monopod. We will cover its features, specifications, and benefits. By the end of this lesson, you will have a better understanding of what this monopod offers and how it can be useful for your photography needs.

## Section 2: Features and Specifications
The Gitzo GM2562T Series 2 Carbon eXact Monopod is a versatile and strong monopod that can support up to 12kg of gear. It has six leg sections that can extend to a height of 142cm, making it suitable for various photography situations. The new Traveler G-locks ensure quick and easy adjustments of the height, and the monopod can be folded into a portable closed length of 36cm.

Some of the key features of this monopod include:
- Carbon eXact leg tubes: These tubes are strong and lightweight, providing excellent strength-to-weight ratio.
- 6 leg sections: This allows for versatile shooting angles and heights.
- Traveler G-locks: These locks ensure quick and easy adjustments of the height, making it perfect for on-the-go use.
- Portable closed length: At 36cm, this monopod can be easily carried around, making it ideal for travel photography.

## Section 3: Benefits
The Gitzo GM2562T Series 2 Carbon eXact Monopod offers several benefits, including:

1. Versatility: With six leg sections, this monopod can be used at various heights and angles, making it perfect for different photography situations.
2. Strength: The Carbon eXact leg tubes provide excellent strength, ensuring that your gear is well-supported.
3. Portability: The monopod can be folded into a portable closed length of 36cm, making it easy to carry around and travel with.
4. Quick adjustments: The Traveler G-locks allow for quick and easy adjustments of the height, ensuring that you can capture the perfect shot quickly.

## Section 4: Conclusion
In summary, the Gitzo GM2562T Series 2 Carbon eXact Monopod is a versatile and strong monopod that offers several benefits, including versatility, strength, portability, and quick adjustments. Whether you are a professional photographer or an enthusiast, this monopod can be a valuable addition to your equipment.

## Glossary
- Carbon eXact: A type of carbon fiber that is strong and lightweight.
- Monopod: A single-legged support for a camera or smartphone, often used by photographers to provide stability while taking photos.
- Traveler G-locks: A type of locking mechanism that allows for quick and easy adjustments of the height.

## Final Thoughts
The Gitzo GM2562T Series 2 Carbon eXact Monopod is a versatile and strong monopod that can support up to 12kg of gear. Its six leg sections and Traveler G-locks ensure quick and easy adjustments of the height, making it perfect for on-the-go use. Whether you are a professional photographer or an enthusiast, this monopod can be a valuable addition to your equipment.


text: Asmir Mustafic has kicked off a new series on his site with an introduction to modular application architectures. In the series he will work through the creation and management of modular applications as inspired by a session he attended in 2011.. When developing a software, one of the most common steps is taking care that the resulting application is extensible and modular.. Let's suppose we have our application or library. If we see it from outside, often it looks as a single thing. [...].. He starts by talking about modules and the major part they'll play in the overall architecture. He explains why modules are so key to the overall structure and what kind of advantages they bring along with their use. He spends the remainder of the post looking at some of the main challenges they'll face including the file/directory structure definitions, module registration methods and the configuration of each of the modules.

textbook:
Lesson: Modular Application Architectures
Introduction:
In this lesson, we will learn about modular application architectures and how they can help us create more flexible and maintainable software. We will start by understanding the concept of modules and their importance in the overall architecture. Then, we will explore the challenges associated with creating a modular application, such as defining the file/directory structure, registering modules, and configuring them. Finally, we will conclude with an example of how to apply these skills to a real-world problem.
Section 1: Understanding Modules
A module is a self-contained piece of code that provides a specific functionality. It can be thought of as a Lego brick that can be combined with other bricks to create a larger structure. In the context of software development, modules are used to break down the application into smaller, more manageable pieces. This allows developers to work on individual modules independently, making it easier to test, debug, and maintain the codebase.
Section 2: Creating a Modular Application Architecture
To create a modular application architecture, we need to define a file/directory structure that will house our modules. This structure should be organized in a way that makes it easy to find and reuse code. We also need to decide on a module registration method, which is the process of telling the application which modules are available and where they are located. Finally, we need to configure the modules, which involves setting up any dependencies or requirements that the modules may have.
Section 3: Challenges of Modular Application Development
One of the main challenges of creating a modular application is deciding on the right file/directory structure. This structure should be easy to understand and navigate, while also providing enough granularity to allow for independent development of each module. Another challenge is registering the modules, which requires a clear and consistent method for identifying and locating the modules. Finally, configuring the modules requires careful consideration of any dependencies or requirements, as well as a plan for testing and debugging any issues that arise.
Section 4: Example of Modular Application Development
Let's say we are building a web application that allows users to search for restaurants in their area. To create a modular application, we could break down the code into smaller modules, such as a database module, a search algorithm module, and a user interface module. Each module would be developed independently, allowing for faster development and easier testing. We would also need to define a file/directory structure that houses each module and register them in a consistent way. Finally, we would configure the modules to ensure that they work together seamlessly.
Conclusion:
By creating a modular application architecture, we can make our software more flexible and maintainable. By breaking down the code into smaller, more manageable pieces, we can work on each module independently, making it easier to test, debug, and update the codebase. By carefully defining a file/directory structure, registering the modules, and configuring them, we can ensure that our application is robust and reliable. By applying these skills to a real-world problem, such as building a web application, we can create software that is both functional and scalable.


text: Update – If this post is for being trusted there are numerous sites out there that are selling out or now not offering the apple ipad mini and the earlier versions of the ipad, we could’t say we have observed this, and a examine John lewis.co.uk indicates that they are still selling the ipad mini and every one of the apple ipads at present on offer. But that does not take away from the fact that apple have said Yes, you will see new products for this year, but will that be variations of that ipad and iphone or a totally new impressive product. -. apple iphone 3, iPad 4, apple ipad mini Sudden Vanishing Hints iPad 5, iPad Mini 2 Release Time Soon

textbook:
Lesson: How to Read and Understand News Articles

Introduction:
In today's world, reading news articles is an essential skill. Whether you're reading a newspaper, watching TV news, or browsing online sources, understanding what you read is crucial to staying informed about current events. In this lesson, we will explore the basics of reading and understanding news articles.

Section 1: Reading Strategies

The first step in understanding news articles is to develop effective reading strategies. Here are some tips:

1. Skim the headline and lead paragraph: This will give you an overview of the article's topic and main points.

2. Look for the byline: The byline is the name of the writer and can provide context about their expertise or perspective.

3. Pay attention to the date and source: Knowing when and where the article was published can help you evaluate its relevance and credibility.

4. Identify the main idea and supporting details: As you read, try to identify the central message of the article and how the details support that message.

5. Watch out for bias: News articles may have a point of view, so be aware of any slant or opinion presented as fact.

Section 2: Analyzing the Article

Once you have read the article, it's time to analyze it. Ask yourself these questions:

1. Who is the target audience? Consider the language, tone, and style of the article.

2. What is the author's purpose? Is the article meant to inform, persuade, or entertain?

3. Are there any facts or statistics cited? Check these for accuracy and relevance.

4. Is there a counterargument or opposing viewpoint? If so, how is it presented?

5. What conclusions can you draw from the information presented?

Section 3: Applying Critical Thinking Skills

Critical thinking is an essential part of understanding news articles. Here are some ways to apply critical thinking skills:

1. Consider multiple perspectives: Try to see the issue from different points of view.

2. Look for patterns or trends: Are there larger issues or themes at play?

3. Evaluate the credibility of sources: Consider the reliability of any quotes or data presented.

4. Consider the impact: Think about how the issue might affect people or society.

5. Draw your own conclusions: Based on the information presented, what do you think about the issue?

Conclusion:
In conclusion, reading and understanding news articles is a valuable skill that helps us stay informed about current events. By developing effective reading strategies and applying critical thinking skills, we can evaluate the credibility of information and make informed decisions based on the news we consume.


text:
While Californians are being encouraged to let their lawns die as the state enters its fourth year of drought, staff at Our City Forest is concerned that residents don’t let their trees die as well.

At a March 25 lecture, OCF CEO Rhonda Berry reminded the 50 or so people in attendance that while lush, green lawns aren’t native to California, the trees that shade it are a necessary part of the state’s ecosystem.

And while guest speaker Laura Allen, co-founder of Greywater Action and author of “The Waterwise Home,” agreed, she pointed out that there are ways to keep residential trees and plants healthy while still reducing household water usage.

“There’s no reason you should put clean drinking water on trees,” Allen told the audience at the Environmental Innovation Center.

Instead, Allen’s nonprofit advocates using greywater to nourish plantlife that grows above ground. Californians generate 760 million to 1.5 billion gallons of greywater a day, she said, and reusing it for outdoor watering can cut water usage by 16 to 40 percent.

A typical greywater system diverts a washing machine’s rinse water from the sewage system, so it’s necessary to use soaps that don’t contain salt, boron or chlorine. A valve on the outtake hose can be set to send water into the sewers on those occasions when chlorine bleach and like products are used in the wash.

Since greywater isn’t potable, those using it for outdoor watering should avoid direct contact with it and make sure to avoid pooling or runoff. Since greywater shouldn’t be directly ingested, it should not be used to water root vegetables, Allen said.

DIYers will spend about $150-$250 on parts for a laundry-to-landscape system, Allen said, noting that the Santa Clara Valley Water District is offering a $200 rebate to homeowners who install these systems. Hiring an installer would run about $750 to $2,500, she added.

Other more complex greywater systems not only are more costly but require permits to install, Allen said. These include a branched drain system from sinks and showers and a pump system that stores greywater in a holding tank.

Allen, who lives in Los Angeles, said that while half an inch of rain in LA County potentially translates into 34 billion gallons of water, most of it is lost to urban runoff. By installing a rainwater collection system, she added, homeowners could collect as much as 600 gallons per inch of rain on a 1,000-square-foot roof.

While the slideshow she presented contained an image of the composting toilets at San Francisco’s Crissy Field, Allen told her audience at the EIC that she’d replace it with an image from the San Jose center, where the men’s and women’s restrooms each boast a composting toilet.

The toilets require a pre-flush to coat the bowl with non-stick foam made of water, air and an alcohol-based solution. They use about 2 gallons of water a month, as compared to the average 1.5 gallons per flush of a low-flow toilet.

In addition to community outreach, Allen said, Greywater Action is lobbying state and local governments to ease regulations that make some of these water conservation efforts difficult.

“California’s not quite there with composting toilets,” she added. ‘There’s a lot of work to be done to make all this legal.”

In San Jose, outdoor watering is allowed only before 8 a.m. and after 8 p.m. View the full list of water use rules now in effect at sjenvironment.org/waterconservation.

textbook:
Lesson: Introduction to Greywater Recycling

## Chapter 1: What is Greywater?

Greywater is wastewater that has been used for activities like washing dishes, clothes, or taking showers. It does not contain any human waste or toilet paper, making it safe for reuse in irrigating plants and trees around your home.

## Chapter 2: Why is Greywater Recycling Important?

California is facing a severe drought, and conserving water is crucial to ensure we have enough to meet our needs. By recycling greywater, you can reduce your household's water usage, which helps preserve this valuable resource. Additionally, using greywater to water your trees and plants can save you money on your water bill.

## Chapter 3: How does Greywater Recycling Work?

To recycle greywater, you need a system that captures the wastewater from your washing machine or shower and directs it to a storage tank. From there, you can use it to water your plants or trees. You may also need to treat the water to remove any contaminants before using it.

## Chapter 4: Types of Greywater Systems

There are two main types of greywater systems: direct and indirect. A direct system uses the wastewater directly from the source, while an indirect system treats the water before using it. Indirect systems are more expensive but are safer and can be used for edible plants.

## Chapter 5: How to Choose the Right Greywater System for Your Home

To choose the right greywater system for your home, consider the following factors:

1. The size of your yard or garden
2. The types of plants and trees you want to water
3. Your budget

Once you have determined these factors, you can choose the appropriate system for your needs.

## Chapter 6: Maintenance and Safety Tips

To ensure that your greywater system works effectively and safely, follow these tips:

1. Regularly inspect your system for leaks or damage
2. Use only biodegradable soaps and detergents to avoid clogging your system
3. Never use greywater to water edible plants
4. Always wash your hands after handling greywater or any part of the system

## Chapter 7: Conclusion

Greywater recycling is an easy and effective way to conserve water and reduce your environmental impact. By using wastewater from your washing machine or shower to water your plants and trees, you can help preserve this precious resource while saving money on your water bill. With proper maintenance and safety precautions, a greywater system can provide a sustainable solution for your home's water needs.


text: Tavakolli, N. and Ghanadian, M. and Asghari, Gh. and Sadraei, H. and Asgari Borjlou, N. and Tabakhian, M. (2017) Development of a validated HPLC method for determination of an active component in Pycnocycla spinosa and tablets prepared from its extract. Journal of Herbmed Pharmacology, 6.. Palizban, A. and Asghari, Gh. and Badiee, A. and Mardani Nafchi, H. and Kazemi vardanjani, A. (2016) Determination of contamination of Lead and Cadmium in Canola and safflower in around of Isfahan Still Company (ESCO) and Compare this pollution with oil extracted from them. journal of shahrekord university of medical sciences, 18 (5).. Yousofi Darani, H. and Sharafi, S.M. and Jafari, R. and Yousefi, H. and Jafari, A. and Ghanadian, M. and Asghari, Gh. and Jabari, M. (2015) Effect of Chaerophyllum macropodum extracts on Trichomonas vaginalis in vitro. Journal of HerbMed Pharmacology, 4 (2).

textbook:
Lesson: Introduction to Analytical Chemistry

### Section 1: What is Analytical Chemistry?
Analytical chemistry is the study of the composition of matter and its properties. It involves the use of chemical techniques and instruments to identify and quantify the components of a sample. Analytical chemists work in a variety of fields, including pharmaceuticals, environmental science, and materials science.

### Section 2: How does Analytical Chemistry work?
Analytical chemistry uses a variety of techniques to analyze samples. Some common methods include chromatography, spectroscopy, and mass spectrometry. These techniques separate and identify the components of a sample based on their physical or chemical properties. Once the components are identified, they can be quantified to determine the amount of each substance present in the sample.

### Section 3: Why is Analytical Chemistry important?
Analytical chemistry is important because it helps us understand the composition of matter and how it behaves. This knowledge is essential for developing new products and improving existing ones. For example, analytical chemistry is used to develop new drugs and ensure their safety and effectiveness. It is also used to monitor the environment and protect public health.

### Section 4: Applying Analytical Chemistry to Real-World Problems
One real-world problem that analytical chemistry can help solve is the detection of pollutants in the environment. By analyzing soil, water, and air samples, analytical chemists can identify the presence of hazardous substances and determine their concentrations. This information can be used to develop strategies to reduce pollution and protect public health.

Another real-world problem that analytical chemistry can address is the development of new materials with specific properties. By analyzing the composition and structure of existing materials, analytical chemists can identify the factors that give them their unique properties. This knowledge can then be used to design and synthesize new materials with desired characteristics.

### Conclusion:
In conclusion, analytical chemistry is a powerful tool for understanding the composition of matter and how it behaves. By applying analytical techniques to real-world problems, we can develop new products, protect public health, and improve the environment. Whether you're interested in working in pharmaceuticals, environmental science, or materials science, analytical chemistry is a valuable skill to have.


text: Peacock presents Holiday Steals & Deals with Jill Martin is here! Save up to 84% off gifts for everyone on your list. Should you sanitize your delivered groceries?03:33. As our With You TODAY initiative in collaboration with Facebook continues to answer viewers’ questions related to the coronavirus outbreak, NBC investigative and consumer correspondent Vicky Nguyen says that while the risk of getting the virus from delivered groceries is very low, it’s still good to wipe down packages and wash your hands afterward. She says that cold cuts are as safe as they were before the pandemic.

textbook:
Lesson: How to Sanitize Delivered Groceries
Introduction:
The COVID-19 pandemic has brought about changes in the way we live our lives. One of these changes is the increased use of online shopping for groceries and other essential items. While this has helped us avoid exposure to the virus, there is still a need to take precautions to ensure that we do not contract or spread the virus. In this lesson, we will learn how to sanitize delivered groceries safely and effectively.
Section 1: Theoretical Concepts
- What is the risk of getting the virus from delivered groceries?
- How can I reduce the risk of getting the virus from delivered groceries?
Section 2: Practical Examples
- Should I sanitize my delivered groceries?
- How do I sanitize my delivered groceries?
- What are some examples of items that I should sanitize?
Section 3: Real-World Scenarios
- How can I sanitize my delivered groceries if I do not have access to sanitizing products?
- What should I do if I am unable to sanitize my delivered groceries?
Glossary:
- Virus: A microorganism that can cause disease
- Pandemic: An epidemic that has spread across a large region or even worldwide
- Online shopping: The process of purchasing goods and services via the internet
- Groceries: Food and household products that are typically sold in grocery stores
Conclusion:
In conclusion, sanitizing delivered groceries is a good precaution to take to reduce the risk of getting or spreading the virus. By following the guidelines provided in this lesson, you can safely and effectively sanitize your delivered groceries and protect yourself and others from the virus.


text: Trailer for Rajkumar Rao and Priyanka Chopra starrer 'The White Tiger' released.. Send us your feedback to audioarticles@vaarta.com. On Monday, the trailer for Priyanka Chopra, Rajkumar Rao and Adarsh Gourav starrer 'The White Tiger' was released and it has impressed the audience. The movie is a commentary on the class divide in India and how an underdog fights to rise above the established system.. In the movie, Rajkumar Rao and Priyanka Chopra play a rich couple and Adarsh Gourav plays their driver. The trailer was shared on Instagram by both Priyanka and Rajkumar. It also featured the song 'I want to break free' by Queen which is quite symbolic to the theme of the film.. 'The White Tiger' is directed by Ramin Behrani and it is based on Aravind Adiga's Man Booker Prize-winning debut novel of the same name.. Follow us on Google News and stay updated with the latest!. mudit narayan. Contact at support@indiaglitz.com. More News. Headlines. Cinema News.

textbook:
Lesson: Understanding Class Divide in India

Introduction:
In this lesson, we will learn about the class divide in India and how it affects the lives of people. We will also explore the story of 'The White Tiger', a movie that highlights the struggles of an underdog trying to rise above the established system.

Section 1: Understanding Class Divide

Topic 1: What is Class Divide?
Class divide refers to the difference between the rich and the poor in a society. In India, the class divide is very visible, with a small percentage of the population controlling most of the wealth and resources.

Topic 2: How does Class Divide affect people's lives?
Class divide affects people's lives in many ways. For example, people from lower classes often have limited access to education, healthcare, and job opportunities. They may also face discrimination and prejudice from those in higher classes.

Topic 3: Examples of Class Divide in India
Class divide is evident in many aspects of Indian society. For instance, there are vast differences in the quality of education and healthcare available to people from different social classes. Additionally, many people from lower classes work as servants or laborers for those in higher classes.

Section 2: The Story of 'The White Tiger'

Topic 1: Who are the main characters in 'The White Tiger'?
The main characters in 'The White Tiger' are Balram Halwai (Adarsh Gourav), his employer Ashok (Rajkumar Rao), and his wife Pinky (Priyanka Chopra). Balram is a driver for Ashok and Pinky, but he has bigger dreams than being a servant for the rest of his life.

Topic 2: What is the theme of 'The White Tiger'?
The theme of 'The White Tiger' is the class divide in India and how an underdog fights to rise above the established system. Balram represents the millions of Indians who are trapped in poverty and lack opportunities to improve their lives.

Topic 3: What is the message of 'The White Tiger'?
The message of 'The White Tiger' is that the class divide in India is a major obstacle to social and economic progress. It highlights the need for policies and programs that promote equality and provide opportunities for all people, regardless of their social class.

Section 3: Critical Thinking Questions

Topic 1: How can we reduce the class divide in India?
There are several ways to reduce the class divide in India. These include improving access to education and healthcare, promoting job opportunities for all people, and implementing policies that promote equality and social justice.

Topic 2: Why do you think the class divide is so prominent in India?
The class divide is so prominent in India because of historical, social, and economic factors. For example, the caste system has been a major factor in creating and maintaining the class divide. Additionally, economic policies and practices have favored certain groups over others, leading to inequality and social stratification.

Conclusion:
In conclusion, understanding the class divide in India and its impact on people's lives is essential for promoting social and economic progress. By studying movies like 'The White Tiger', we can gain insights into the experiences of those who are struggling to break free from the established system. By applying critical thinking skills, we can develop solutions that address the root causes of the class divide and create a more equitable society.