Question: where was the city of david

You are a graph analyst and you have been given a graph G among "israel", "jerusalem", "kingdom of heaven", "germany", "m.0qs6wbl", "berlin", "jerusalem district", "city of david", "jerusalem.", "mandatory palestine", "kingdom of israel". G has the following directed edges: "jerusalem"-(film.film_subject.films)->"kingdom of heaven", "jerusalem"-(book.book_subject.works)->"jerusalem.", "kingdom of heaven"-(film.film.country)->"germany", "israel"-(location.country.first_level_divisions)->"jerusalem district", "israel"-(base.locations.countries.cities_within)->"jerusalem", "israel"-(location.country.capital)->"jerusalem", "city of david"-(location.location.containedby)->"jerusalem", "mandatory palestine"-(location.country.capital)->"jerusalem", "jerusalem district"-(location.administrative_division.capital)->"m.0qs6wbl", "kingdom of israel"-(location.country.capital)->"jerusalem", "germany"-(location.country.capital)->"berlin", "berlin"-(location.de_state.capital)->"berlin".

node_id,node_attr
1,israel
2,jerusalem
5,kingdom of heaven
6,germany
15,m.0qs6wbl
24,berlin
35,jerusalem district
51,city of david
110,jerusalem.
155,mandatory palestine
197,kingdom of israel

src,edge_attr,dst
2,film.film_subject.films,5
5,film.film.country,6
1,location.country.first_level_divisions,35
2,book.book_subject.works,110
51,location.location.containedby,2
1,base.locations.countries.cities_within,2
155,location.country.capital,2
35,location.administrative_division.capital,15
197,location.country.capital,2
6,location.country.capital,24
1,location.country.capital,2
24,location.de_state.capital,24

G describes a graph among nodes "israel", "jerusalem", "kingdom of heaven", "germany", "m.0qs6wbl", "berlin", "jerusalem district", "city of david", "jerusalem.", "mandatory palestine", "kingdom of israel".In this graph: Node "jerusalem" has outgoing edges to: "kingdom of heaven" with relation "film.film_subject.films". Node "jerusalem" has outgoing edges to: "jerusalem." with relation "book.book_subject.works". Node "kingdom of heaven" has outgoing edges to: "germany" with relation "film.film.country". Node "israel" has outgoing edges to: "jerusalem district" with relation "location.country.first_level_divisions". Node "israel" has outgoing edges to: "jerusalem" with relation "base.locations.countries.cities_within". Node "israel" has outgoing edges to: "jerusalem" with relation "location.country.capital". Node "city of david" has outgoing edges to: "jerusalem" with relation "location.location.containedby". Node "mandatory palestine" has outgoing edges to: "jerusalem" with relation "location.country.capital". Node "jerusalem district" has outgoing edges to: "m.0qs6wbl" with relation "location.administrative_division.capital". Node "kingdom of israel" has outgoing edges to: "jerusalem" with relation "location.country.capital". Node "germany" has outgoing edges to: "berlin" with relation "location.country.capital". Node "berlin" has outgoing edges to: "berlin" with relation "location.de_state.capital".

("jerusalem", "film.film_subject.films", "kingdom of heaven"), ("jerusalem", "book.book_subject.works", "jerusalem."), ("kingdom of heaven", "film.film.country", "germany"), ("israel", "location.country.first_level_divisions", "jerusalem district"), ("israel", "base.locations.countries.cities_within", "jerusalem"), ("israel", "location.country.capital", "jerusalem"), ("city of david", "location.location.containedby", "jerusalem"), ("mandatory palestine", "location.country.capital", "jerusalem"), ("jerusalem district", "location.administrative_division.capital", "m.0qs6wbl"), ("kingdom of israel", "location.country.capital", "jerusalem"), ("germany", "location.country.capital", "berlin"), ("berlin", "location.de_state.capital", "berlin")

Jerusalem serves as the capital of Israel, the Kingdom of Heaven (a film from Germany), the Kingdom of Israel, and Mandatory Palestine, and it contains the City of David. The Jerusalem District, with its capital at M.0qs6wbl, is one of Israel's first-level divisions. Meanwhile, Germany's capital is Berlin, which also serves as the capital of the German state of Berlin. Notable works include a film titled "Kingdom of Heaven" and a book simply titled "Jerusalem."

The City of David is located within Jerusalem, which has historically served as the capital for various entities including Mandatory Palestine, the Kingdom of Israel, and currently Israel. Jerusalem is situated within the Jerusalem District of Israel.

The City of David was located within Jerusalem, which has historically served as the capital for various entities including the Kingdom of Israel, Mandatory Palestine, and modern-day Israel.

The City of David was located within Jerusalem, which has historically served as the capital across various administrations including the Kingdom of Israel and Mandatory Palestine.

The City of David was located within Jerusalem, which has historically served as the capital for various entities including the Kingdom of Israel, Mandatory Palestine, and present-day Israel.

The City of David was located within Jerusalem.


Question: what is cindy sherman known for

You are a graph analyst and you have been given a graph G among "robert mapplethorpe", "cindy sherman", "history portraits", "fitcher's bird", "early work of cindy sherman", "mapplethorpe portraits", "the fashionable image", "cindy sherman : retrospective", ""lady, lisa lyon"", "das bild des korpers", "pistils", "ten by ten". G has the following directed edges: "cindy sherman"-(influence.influence_node.influenced)->"robert mapplethorpe", "cindy sherman"-(book.book.editions)->"cindy sherman : retrospective", "cindy sherman"-(book.author.works_written)->"history portraits", "cindy sherman"-(book.author.works_written)->"early work of cindy sherman", "cindy sherman"-(book.author.works_written)->"fitcher's bird", "cindy sherman"-(book.author.works_written)->"cindy sherman", "cindy sherman"-(book.written_work.author)->"cindy sherman", "history portraits"-(book.written_work.author)->"cindy sherman", "robert mapplethorpe"-(book.author.works_written)->"mapplethorpe portraits", "robert mapplethorpe"-(book.author.works_written)->"the fashionable image", "robert mapplethorpe"-(book.author.works_written)->""lady, lisa lyon"", "robert mapplethorpe"-(book.author.works_written)->"das bild des korpers", "robert mapplethorpe"-(book.author.works_written)->"pistils", "robert mapplethorpe"-(book.author.works_written)->"ten by ten", "early work of cindy sherman"-(book.written_work.author)->"cindy sherman", "fitcher's bird"-(book.written_work.author)->"cindy sherman".

Visual Artist
Film director
Photographer
Artist

node_id,node_attr
21,robert mapplethorpe
74,cindy sherman
94,history portraits
105,fitcher's bird
148,early work of cindy sherman
489,mapplethorpe portraits
682,the fashionable image
811,cindy sherman : retrospective
990,"lady, lisa lyon"
1012,das bild des korpers
1115,pistils
1323,ten by ten

src,edge_attr,dst
74,influence.influence_node.influenced,21
74,book.book.editions,811
94,book.written_work.author,74
74,book.author.works_written,94
21,book.author.works_written,489
21,book.author.works_written,682
21,book.author.works_written,990
21,book.author.works_written,1012
148,book.written_work.author,74
74,book.author.works_written,148
74,book.author.works_written,105
21,book.author.works_written,1115
21,book.author.works_written,1323
74,book.author.works_written,74
105,book.written_work.author,74
74,book.written_work.author,74

G describes a graph among nodes "robert mapplethorpe", "cindy sherman", "history portraits", "fitcher's bird", "early work of cindy sherman", "mapplethorpe portraits", "the fashionable image", "cindy sherman : retrospective", ""lady, lisa lyon"", "das bild des korpers", "pistils", "ten by ten".In this graph: Node "cindy sherman" has outgoing edges to: "robert mapplethorpe" with relation "influence.influence_node.influenced". Node "cindy sherman" has outgoing edges to: "cindy sherman : retrospective" with relation "book.book.editions". Node "cindy sherman" has outgoing edges to: "history portraits", "early work of cindy sherman", "fitcher's bird", "cindy sherman" with relation "book.author.works_written". Node "cindy sherman" has outgoing edges to: "cindy sherman" with relation "book.written_work.author". Node "history portraits" has outgoing edges to: "cindy sherman" with relation "book.written_work.author". Node "robert mapplethorpe" has outgoing edges to: "mapplethorpe portraits", "the fashionable image", ""lady, lisa lyon"", "das bild des korpers", "pistils", "ten by ten" with relation "book.author.works_written". Node "early work of cindy sherman" has outgoing edges to: "cindy sherman" with relation "book.written_work.author". Node "fitcher's bird" has outgoing edges to: "cindy sherman" with relation "book.written_work.author".

("cindy sherman", "influence.influence_node.influenced", "robert mapplethorpe"), ("cindy sherman", "book.book.editions", "cindy sherman : retrospective"), ("cindy sherman", "book.author.works_written", "history portraits"), ("cindy sherman", "book.author.works_written", "early work of cindy sherman"), ("cindy sherman", "book.author.works_written", "fitcher's bird"), ("cindy sherman", "book.author.works_written", "cindy sherman"), ("cindy sherman", "book.written_work.author", "cindy sherman"), ("history portraits", "book.written_work.author", "cindy sherman"), ("robert mapplethorpe", "book.author.works_written", "mapplethorpe portraits"), ("robert mapplethorpe", "book.author.works_written", "the fashionable image"), ("robert mapplethorpe", "book.author.works_written", ""lady, lisa lyon""), ("robert mapplethorpe", "book.author.works_written", "das bild des korpers"), ("robert mapplethorpe", "book.author.works_written", "pistils"), ("robert mapplethorpe", "book.author.works_written", "ten by ten"), ("early work of cindy sherman", "book.written_work.author", "cindy sherman"), ("fitcher's bird", "book.written_work.author", "cindy sherman")

Cindy Sherman influenced Robert Mapplethorpe and authored several books including "Cindy Sherman: Retrospective," "History Portraits," "Early Work of Cindy Sherman," "Fitcher's Bird," and simply "Cindy Sherman." Robert Mapplethorpe wrote multiple books such as "Mapplethorpe Portraits," "The Fashionable Image," "Lady, Lisa Lyon," "Das Bild des Korpers," "Pistils," and "Ten by Ten."

Cindy Sherman is known for her influential work in photography, notably influencing artist Robert Mapplethorpe. She has authored several books including retrospectives and collections such as "Cindy Sherman: Retrospective," "History Portraits," "Early Work of Cindy Sherman," and "Fitcher's Bird."

Cindy Sherman is known for her influential work in photography, particularly evident through publications such as "Cindy Sherman: Retrospective" and books authored or featured including "History Portraits," "Early Work of Cindy Sherman," and "Fitcher's Bird." She has notably influenced artists like Robert Mapplethorpe.

Cindy Sherman is known for her influential work in art, particularly recognized through publications such as "Cindy Sherman: Retrospective," "History Portraits," and "Early Work of Cindy Sherman," authored by herself. Her impact extends to influencing artists like Robert Mapplethorpe.

Cindy Sherman is known for her influential work in art, particularly recognized through publications such as "Cindy Sherman: Retrospective," "History Portraits," "Early Work of Cindy Sherman," and "Fitcher's Bird," all authored by herself, highlighting her significant contributions to photography and conceptual art. Sherman has also influenced notable figures like Robert Mapplethorpe.

Cindy Sherman is known for her influential work in art, notably influencing Robert Mapplethorpe. She has authored or is featured in several books including "Cindy Sherman: Retrospective," "History Portraits," "Early Work of Cindy Sherman," and "Fitcher's Bird," highlighting her significant contributions to photographic and conceptual art through self-portraiture and exploration of identity.


Question: what tv shows did shawnee smith play in

You are a graph analyst and you have been given a graph G among "m.0j_kmjv", "shawnee smith", "actor", "patricia smith", "jennifer goodson", "anger management", "theater actress". G has the following directed edges: "shawnee smith"-(people.person.profession)->"actor", "actor"-(people.profession.specializations)->"theater actress", "m.0j_kmjv"-(tv.regular_tv_appearance.actor)->"shawnee smith", "patricia smith"-(people.person.children)->"shawnee smith", "jennifer goodson"-(tv.tv_character.appeared_in_tv_program)->"m.0j_kmjv", "anger management"-(tv.tv_program.regular_cast)->"m.0j_kmjv".

All is Forgiven
Brand New Life
Becker
The Stand
30 Days of Night: Dust to Dust
Arsenio
Scream Queens
Anger Management
The Tom Show

node_id,node_attr
12,m.0j_kmjv
18,shawnee smith
20,actor
33,patricia smith
81,jennifer goodson
256,anger management
526,theater actress

src,edge_attr,dst
18,people.person.profession,20
20,people.profession.specializations,526
12,tv.regular_tv_appearance.actor,18
33,people.person.children,18
81,tv.tv_character.appeared_in_tv_program,12
256,tv.tv_program.regular_cast,12

G describes a graph among nodes "m.0j_kmjv", "shawnee smith", "actor", "patricia smith", "jennifer goodson", "anger management", "theater actress".In this graph: Node "shawnee smith" has outgoing edges to: "actor" with relation "people.person.profession". Node "actor" has outgoing edges to: "theater actress" with relation "people.profession.specializations". Node "m.0j_kmjv" has outgoing edges to: "shawnee smith" with relation "tv.regular_tv_appearance.actor". Node "patricia smith" has outgoing edges to: "shawnee smith" with relation "people.person.children". Node "jennifer goodson" has outgoing edges to: "m.0j_kmjv" with relation "tv.tv_character.appeared_in_tv_program". Node "anger management" has outgoing edges to: "m.0j_kmjv" with relation "tv.tv_program.regular_cast".

("shawnee smith", "people.person.profession", "actor"), ("actor", "people.profession.specializations", "theater actress"), ("m.0j_kmjv", "tv.regular_tv_appearance.actor", "shawnee smith"), ("patricia smith", "people.person.children", "shawnee smith"), ("jennifer goodson", "tv.tv_character.appeared_in_tv_program", "m.0j_kmjv"), ("anger management", "tv.tv_program.regular_cast", "m.0j_kmjv")

Shawnee Smith, an actor specializing in theater, has appeared in the TV program "Anger Management" as a regular cast member, with her character portrayed by Jennifer Goodson. She is also the child of Patricia Smith.

Shawnee Smith, an actor specializing in theater acting, had a regular TV appearance in the show "Anger Management."

Shawnee Smith, an actor specializing in theater, appeared in TV shows, notably playing a role in the program "Anger Management."

Shawnee Smith, an actor specializing in theater, appeared in TV shows, notably playing a role in "Anger Management."

Shawnee Smith, an actor specializing in theater, appeared in the TV show "Anger Management" as a regular cast member, playing a character portrayed by Jennifer Goodson in the series.

Shawnee Smith, an actor specializing in theater, notably appeared in the TV show "Anger Management" as part of its regular cast.


Question: what does australia use for currency

You are a graph analyst and you have been given a graph G among "australia", "australian dollar", "australian pound", "government of australia". G has the following directed edges: "australia"-(government.governmental_jurisdiction.government)->"government of australia", "australia"-(location.country.currency_formerly_used)->"australian pound", "australia"-(location.country.currency_used)->"australian dollar".

node_id,node_attr
3,australia
36,australian dollar
1125,australian pound
1199,government of australia

src,edge_attr,dst
3,government.governmental_jurisdiction.government,1199
3,location.country.currency_formerly_used,1125
3,location.country.currency_used,36

G describes a graph among nodes "australia", "australian dollar", "australian pound", "government of australia".In this graph: Node "australia" has outgoing edges to: "government of australia" with relation "government.governmental_jurisdiction.government". Node "australia" has outgoing edges to: "australian pound" with relation "location.country.currency_formerly_used". Node "australia" has outgoing edges to: "australian dollar" with relation "location.country.currency_used".

("australia", "government.governmental_jurisdiction.government", "government of australia"), ("australia", "location.country.currency_formerly_used", "australian pound"), ("australia", "location.country.currency_used", "australian dollar")

Australia, governed by the government of Australia, transitioned from using the Australian pound to the Australian dollar as its currency.

Australia uses the Australian dollar as its current currency. Previously, it used the Australian pound.

Australia uses the Australian dollar as its current currency. Previously, it utilized the Australian pound.

Australia currently uses the Australian dollar as its currency. Previously, it used the Australian pound.

Australia uses the Australian dollar as its currency, having previously used the Australian pound.

Australia uses the Australian dollar as its currency. Previously, it used the Australian pound.


Question: which airport to fly into rome

You are a graph analyst and you have been given a graph G among "rome", "leonardo da vinci–fiumicino airport", "venice marco polo airport", "air one", "alitalia-linee aeree italiane", "rome viterbo airport", "c.a.i. first", "small planet airlines", "alitalia", "leonardo da vinci international airport", "air italy", "blue panorama airlines", "alitalia cityliner", "easyjet". G has the following directed edges: "rome"-(location.location.nearby_airports)->"leonardo da vinci–fiumicino airport", "rome viterbo airport"-(aviation.airport.serves)->"rome", "leonardo da vinci–fiumicino airport"-(common.topic.image)->"leonardo da vinci international airport", "leonardo da vinci–fiumicino airport"-(aviation.airport.hub_for)->"c.a.i. first", "leonardo da vinci–fiumicino airport"-(aviation.airport.hub_for)->"air italy", "leonardo da vinci–fiumicino airport"-(aviation.airport.hub_for)->"easyjet", "leonardo da vinci–fiumicino airport"-(aviation.airport.focus_city_for)->"small planet airlines", "leonardo da vinci–fiumicino airport"-(aviation.airport.focus_city_for)->"blue panorama airlines", "leonardo da vinci–fiumicino airport"-(aviation.airport.focus_city_for)->"air one", "venice marco polo airport"-(aviation.airport.focus_city_for)->"air one", "venice marco polo airport"-(aviation.airport.focus_city_for)->"alitalia cityliner", "venice marco polo airport"-(aviation.airport.focus_city_for)->"alitalia-linee aeree italiane", "venice marco polo airport"-(aviation.airport.focus_city_for)->"alitalia".

Ciampino–G. B. Pastine International Airport

node_id,node_attr
33,rome
196,leonardo da vinci–fiumicino airport
259,venice marco polo airport
260,air one
417,alitalia-linee aeree italiane
498,rome viterbo airport
793,c.a.i. first
922,small planet airlines
931,alitalia
1066,leonardo da vinci international airport
1153,air italy
1158,blue panorama airlines
1424,alitalia cityliner
1444,easyjet

src,edge_attr,dst
33,location.location.nearby_airports,196
498,aviation.airport.serves,33
196,common.topic.image,1066
259,aviation.airport.focus_city_for,260
196,aviation.airport.hub_for,793
196,aviation.airport.focus_city_for,922
196,aviation.airport.hub_for,1153
196,aviation.airport.focus_city_for,1158
259,aviation.airport.focus_city_for,1424
196,aviation.airport.hub_for,1444
259,aviation.airport.focus_city_for,417
196,aviation.airport.focus_city_for,260
259,aviation.airport.focus_city_for,931

G describes a graph among nodes "rome", "leonardo da vinci–fiumicino airport", "venice marco polo airport", "air one", "alitalia-linee aeree italiane", "rome viterbo airport", "c.a.i. first", "small planet airlines", "alitalia", "leonardo da vinci international airport", "air italy", "blue panorama airlines", "alitalia cityliner", "easyjet".In this graph: Node "rome" has outgoing edges to: "leonardo da vinci–fiumicino airport" with relation "location.location.nearby_airports". Node "rome viterbo airport" has outgoing edges to: "rome" with relation "aviation.airport.serves". Node "leonardo da vinci–fiumicino airport" has outgoing edges to: "leonardo da vinci international airport" with relation "common.topic.image". Node "leonardo da vinci–fiumicino airport" has outgoing edges to: "c.a.i. first", "air italy", "easyjet" with relation "aviation.airport.hub_for". Node "leonardo da vinci–fiumicino airport" has outgoing edges to: "small planet airlines", "blue panorama airlines", "air one" with relation "aviation.airport.focus_city_for". Node "venice marco polo airport" has outgoing edges to: "air one", "alitalia cityliner", "alitalia-linee aeree italiane", "alitalia" with relation "aviation.airport.focus_city_for".

("rome", "location.location.nearby_airports", "leonardo da vinci–fiumicino airport"), ("rome viterbo airport", "aviation.airport.serves", "rome"), ("leonardo da vinci–fiumicino airport", "common.topic.image", "leonardo da vinci international airport"), ("leonardo da vinci–fiumicino airport", "aviation.airport.hub_for", "c.a.i. first"), ("leonardo da vinci–fiumicino airport", "aviation.airport.hub_for", "air italy"), ("leonardo da vinci–fiumicino airport", "aviation.airport.hub_for", "easyjet"), ("leonardo da vinci–fiumicino airport", "aviation.airport.focus_city_for", "small planet airlines"), ("leonardo da vinci–fiumicino airport", "aviation.airport.focus_city_for", "blue panorama airlines"), ("leonardo da vinci–fiumicino airport", "aviation.airport.focus_city_for", "air one"), ("venice marco polo airport", "aviation.airport.focus_city_for", "air one"), ("venice marco polo airport", "aviation.airport.focus_city_for", "alitalia cityliner"), ("venice marco polo airport", "aviation.airport.focus_city_for", "alitalia-linee aeree italiane"), ("venice marco polo airport", "aviation.airport.focus_city_for", "alitalia")

Rome is near Leonardo da Vinci–Fiumicino Airport, also known as Leonardo da Vinci International Airport, which serves as a hub for C.A.I. First, Air Italy, and EasyJet, and is a focus city for Small Planet Airlines, Blue Panorama Airlines, and Air One. Venice Marco Polo Airport, another significant airport, also serves as a focus city for Air One, Alitalia Cityliner, Alitalia-Linee Aeree Italiane, and Alitalia.

Leonardo da Vinci–Fiumicino Airport, also known as Leonardo da Vinci International Airport, is located near Rome and serves Rome directly. It functions as a hub for airlines such as C.A.I. First, Air Italy, and EasyJet, and is a focus city for Small Planet Airlines, Blue Panorama Airlines, and Air One. Additionally, Rome Viterbo Airport serves Rome but Leonardo da Vinci–Fiumicino Airport is more prominently featured in the data provided.

Leonardo da Vinci–Fiumicino Airport, also known as Leonardo da Vinci International Airport, is located near Rome and serves as a major hub for airlines including C.A.I. First, Air Italy, and EasyJet, while also being a focus city for Small Planet Airlines, Blue Panorama Airlines, and Air One. Rome Viterbo Airport also serves Rome but Leonardo da Vinci–Fiumicino Airport is prominently indicated as a key entry point for travelers.

Leonardo da Vinci–Fiumicino Airport, also known as Leonardo da Vinci International Airport, is the primary airport near Rome and serves as a hub for airlines including C.A.I. First, Air Italy, and EasyJet, as well as a focus city for Small Planet Airlines, Blue Panorama Airlines, and Air One. Rome Viterbo Airport also serves Rome, but Leonardo da Vinci–Fiumicino Airport is prominently recommended for travelers.

Leonardo da Vinci–Fiumicino Airport is the primary airport located near Rome and serves as a major hub for airlines including C.A.I. First, Air Italy, and EasyJet, as well as a focus city for Small Planet Airlines, Blue Panorama Airlines, and Air One. Rome Viterbo Airport also serves Rome, though Leonardo da Vinci–Fiumicino Airport is more prominently featured for international flights.

Leonardo da Vinci–Fiumicino Airport, also known as Leonardo da Vinci International Airport, is located near Rome and serves as a major hub for airlines including C.A.I. First, Air Italy, and EasyJet, making it the primary airport for flying into Rome.


Question: what is there to do for fun in kansas city

You are a graph analyst and you have been given a graph G among "kansas city metropolitan area", "kansas city", "18th and vine-downtown east", "kansas city film festival", "2014 kansas city film festival", "kansas city city hall". G has the following directed edges: "2014 kansas city film festival"-(time.event.locations)->"kansas city", "2014 kansas city film festival"-(time.event.instance_of_recurring_event)->"kansas city film festival", "kansas city"-(travel.travel_destination.tourist_attractions)->"18th and vine-downtown east", "kansas city city hall"-(location.location.containedby)->"kansas city", "18th and vine-downtown east"-(location.neighborhood.neighborhood_of)->"kansas city metropolitan area".

Harry S. Truman Presidential Library and Museum

Ewing and Muriel Kauffman Memorial Garden

node_id,node_attr
9,kansas city metropolitan area
10,kansas city
57,18th and vine-downtown east
73,kansas city film festival
132,2014 kansas city film festival
205,kansas city city hall

src,edge_attr,dst
132,time.event.locations,10
10,travel.travel_destination.tourist_attractions,57
205,location.location.containedby,10
132,time.event.instance_of_recurring_event,73
57,location.neighborhood.neighborhood_of,9

G describes a graph among nodes "kansas city metropolitan area", "kansas city", "18th and vine-downtown east", "kansas city film festival", "2014 kansas city film festival", "kansas city city hall".In this graph: Node "2014 kansas city film festival" has outgoing edges to: "kansas city" with relation "time.event.locations". Node "2014 kansas city film festival" has outgoing edges to: "kansas city film festival" with relation "time.event.instance_of_recurring_event". Node "kansas city" has outgoing edges to: "18th and vine-downtown east" with relation "travel.travel_destination.tourist_attractions". Node "kansas city city hall" has outgoing edges to: "kansas city" with relation "location.location.containedby". Node "18th and vine-downtown east" has outgoing edges to: "kansas city metropolitan area" with relation "location.neighborhood.neighborhood_of".

("2014 kansas city film festival", "time.event.locations", "kansas city"), ("2014 kansas city film festival", "time.event.instance_of_recurring_event", "kansas city film festival"), ("kansas city", "travel.travel_destination.tourist_attractions", "18th and vine-downtown east"), ("kansas city city hall", "location.location.containedby", "kansas city"), ("18th and vine-downtown east", "location.neighborhood.neighborhood_of", "kansas city metropolitan area")

The 2014 Kansas City Film Festival, an instance of the recurring Kansas City Film Festival, took place in Kansas City, a city known for its tourist attractions like 18th and Vine-Downtown East, which is part of the Kansas City metropolitan area. Kansas City City Hall stands within the city limits, further defining its urban landscape.

Kansas City offers various entertainment options including attendance at the Kansas City Film Festival, which is a recurring event held in the city. Visitors can also explore tourist attractions such as the 18th and Vine Historic District in the downtown east area of the city, known for its cultural significance within the Kansas City metropolitan area.

Kansas City offers attractions like the 18th and Vine Historic District in downtown east for tourists. It hosts recurring events such as the Kansas City Film Festival. Notable landmarks include Kansas City City Hall.

In Kansas City, visitors can enjoy the Kansas City Film Festival, an annual event, and explore tourist attractions such as the 18th and Vine Historic District located in the downtown east area of the city.

In Kansas City, visitors can enjoy events like the Kansas City Film Festival, which is a recurring event typically held in the city. Tourists can also explore notable areas such as 18th and Vine in downtown east, known as a significant tourist attraction within the Kansas City metropolitan area. Additionally, landmarks like Kansas City City Hall offer points of interest for those exploring the city.

Kansas City offers attractions such as the 18th and Vine historic district in downtown east, known for its cultural significance. Additionally, the city hosts recurring events like the Kansas City Film Festival, providing entertainment for visitors and residents alike. Kansas City City Hall is centrally located within the city, near notable areas for exploration.


Question: where was martin luther king jr raised

You are a graph analyst and you have been given a graph G among ""martin luther king, jr."", "new york city", ""martin luther king, jr. high school"", ""martin luther king, jr., academy"", "school", "professor charles xavier", ""martin luther king, jr., middle school"". G has the following directed edges: "professor charles xavier"-(fictional_universe.fictional_character.based_on)->""martin luther king, jr."", "professor charles xavier"-(fictional_universe.fictional_character.place_of_birth)->"new york city", ""martin luther king, jr.""-(symbols.name_source.namesakes)->""martin luther king, jr., middle school"", ""martin luther king, jr.""-(symbols.name_source.namesakes)->""martin luther king, jr. high school"", ""martin luther king, jr., middle school""-(common.topic.notable_types)->"school", ""martin luther king, jr., academy""-(common.topic.notable_types)->"school".

node_id,node_attr
10,"martin luther king, jr."
100,new york city
173,"martin luther king, jr. high school"
192,"martin luther king, jr., academy"
193,school
235,professor charles xavier
1342,"martin luther king, jr., middle school"

src,edge_attr,dst
235,fictional_universe.fictional_character.based_on,10
10,symbols.name_source.namesakes,1342
10,symbols.name_source.namesakes,173
1342,common.topic.notable_types,193
192,common.topic.notable_types,193
235,fictional_universe.fictional_character.place_of_birth,100

G describes a graph among nodes ""martin luther king, jr."", "new york city", ""martin luther king, jr. high school"", ""martin luther king, jr., academy"", "school", "professor charles xavier", ""martin luther king, jr., middle school"".In this graph: Node "professor charles xavier" has outgoing edges to: ""martin luther king, jr."" with relation "fictional_universe.fictional_character.based_on". Node "professor charles xavier" has outgoing edges to: "new york city" with relation "fictional_universe.fictional_character.place_of_birth". Node ""martin luther king, jr."" has outgoing edges to: ""martin luther king, jr., middle school"", ""martin luther king, jr. high school"" with relation "symbols.name_source.namesakes". Node ""martin luther king, jr., middle school"" has outgoing edges to: "school" with relation "common.topic.notable_types". Node ""martin luther king, jr., academy"" has outgoing edges to: "school" with relation "common.topic.notable_types".

("professor charles xavier", "fictional_universe.fictional_character.based_on", ""martin luther king, jr.""), ("professor charles xavier", "fictional_universe.fictional_character.place_of_birth", "new york city"), (""martin luther king, jr."", "symbols.name_source.namesakes", ""martin luther king, jr., middle school""), (""martin luther king, jr."", "symbols.name_source.namesakes", ""martin luther king, jr. high school""), (""martin luther king, jr., middle school"", "common.topic.notable_types", "school"), (""martin luther king, jr., academy"", "common.topic.notable_types", "school")

Professor Charles Xavier, a fictional character based on Martin Luther King, Jr., was born in New York City. Martin Luther King, Jr., whose name is honored at institutions like Martin Luther King, Jr. Middle School and Martin Luther King, Jr. High School, is also commemorated at the Martin Luther King, Jr. Academy, all of which are notable schools.

The provided graph does not contain factual information about where Martin Luther King Jr. was raised. It includes fictional connections and mentions of institutions named after him but lacks specific details regarding his upbringing locations.

The provided graph does not contain factual information about where Martin Luther King Jr. was raised. It includes unrelated entries such as connections to fictional characters and namesakes of schools named after him, but no details about his upbringing or birthplace relevant to the question.

The provided graph does not contain factual information about where Martin Luther King Jr. was raised. It includes unrelated fictional connections and references to schools named after him, but no details about his upbringing or birthplace from factual sources are present.

The provided graph does not contain factual information about where Martin Luther King Jr. was raised. It includes fictional connections unrelated to his upbringing and mentions schools named after him without specifying locations relevant to his childhood or formative years.

The provided graph does not contain factual information regarding where Martin Luther King Jr. was raised. It includes fictional connections and mentions of institutions named after him but lacks specific details about his upbringing location.


Question: what year was lebron james rookie season

You are a graph analyst and you have been given a graph G among "lebron james", "cleveland cavaliers", "lebron james 2", "2005–06 nba season", "2003–04 nba season", "m.04qmm8m", "2007–08 nba season", "lebron james jr.", "m.04qcjh2", "m.04qp97c", "2004–05 nba season", "m.04qmsr4", "m.04g4zm0", "m.04ql_x2", "2006–07 nba season". G has the following directed edges: "lebron james"-(people.person.children)->"lebron james jr.", "lebron james"-(common.topic.image)->"lebron james 2", "lebron james"-(basketball.basketball_player.player_statistics)->"m.04ql_x2", "lebron james"-(basketball.basketball_player.career_averages)->"m.04g4zm0", "m.04qp97c"-(basketball.basketball_player_stats.season)->"2004–05 nba season", "m.04qp97c"-(basketball.basketball_player_stats.team)->"cleveland cavaliers", "m.04qmsr4"-(basketball.basketball_player_stats.season)->"2003–04 nba season", "m.04qmsr4"-(basketball.basketball_player_stats.team)->"cleveland cavaliers", "m.04ql_x2"-(basketball.basketball_player_stats.season)->"2007–08 nba season", "m.04ql_x2"-(basketball.basketball_player_stats.team)->"cleveland cavaliers", "m.04g4zm0"-(basketball.basketball_player_career_stats.player)->"lebron james", "m.04qmm8m"-(basketball.basketball_player_stats.team)->"cleveland cavaliers", "m.04qmm8m"-(basketball.basketball_player_stats.season)->"2006–07 nba season", "m.04qcjh2"-(basketball.basketball_player_stats.season)->"2005–06 nba season", "m.04qcjh2"-(basketball.basketball_player_stats.team)->"cleveland cavaliers".

node_id,node_attr
4,lebron james
33,cleveland cavaliers
72,lebron james 2
86,2005–06 nba season
108,2003–04 nba season
123,m.04qmm8m
167,2007–08 nba season
250,lebron james jr.
262,m.04qcjh2
287,m.04qp97c
288,2004–05 nba season
310,m.04qmsr4
481,m.04g4zm0
484,m.04ql_x2
641,2006–07 nba season

src,edge_attr,dst
4,people.person.children,250
4,common.topic.image,72
4,basketball.basketball_player.player_statistics,484
287,basketball.basketball_player_stats.season,288
310,basketball.basketball_player_stats.season,108
4,basketball.basketball_player.career_averages,481
484,basketball.basketball_player_stats.season,167
481,basketball.basketball_player_career_stats.player,4
287,basketball.basketball_player_stats.team,33
123,basketball.basketball_player_stats.team,33
123,basketball.basketball_player_stats.season,641
484,basketball.basketball_player_stats.team,33
310,basketball.basketball_player_stats.team,33
262,basketball.basketball_player_stats.season,86
262,basketball.basketball_player_stats.team,33

G describes a graph among nodes "lebron james", "cleveland cavaliers", "lebron james 2", "2005–06 nba season", "2003–04 nba season", "m.04qmm8m", "2007–08 nba season", "lebron james jr.", "m.04qcjh2", "m.04qp97c", "2004–05 nba season", "m.04qmsr4", "m.04g4zm0", "m.04ql_x2", "2006–07 nba season".In this graph: Node "lebron james" has outgoing edges to: "lebron james jr." with relation "people.person.children". Node "lebron james" has outgoing edges to: "lebron james 2" with relation "common.topic.image". Node "lebron james" has outgoing edges to: "m.04ql_x2" with relation "basketball.basketball_player.player_statistics". Node "lebron james" has outgoing edges to: "m.04g4zm0" with relation "basketball.basketball_player.career_averages". Node "m.04qp97c" has outgoing edges to: "2004–05 nba season" with relation "basketball.basketball_player_stats.season". Node "m.04qp97c" has outgoing edges to: "cleveland cavaliers" with relation "basketball.basketball_player_stats.team". Node "m.04qmsr4" has outgoing edges to: "2003–04 nba season" with relation "basketball.basketball_player_stats.season". Node "m.04qmsr4" has outgoing edges to: "cleveland cavaliers" with relation "basketball.basketball_player_stats.team". Node "m.04ql_x2" has outgoing edges to: "2007–08 nba season" with relation "basketball.basketball_player_stats.season". Node "m.04ql_x2" has outgoing edges to: "cleveland cavaliers" with relation "basketball.basketball_player_stats.team". Node "m.04g4zm0" has outgoing edges to: "lebron james" with relation "basketball.basketball_player_career_stats.player". Node "m.04qmm8m" has outgoing edges to: "cleveland cavaliers" with relation "basketball.basketball_player_stats.team". Node "m.04qmm8m" has outgoing edges to: "2006–07 nba season" with relation "basketball.basketball_player_stats.season". Node "m.04qcjh2" has outgoing edges to: "2005–06 nba season" with relation "basketball.basketball_player_stats.season". Node "m.04qcjh2" has outgoing edges to: "cleveland cavaliers" with relation "basketball.basketball_player_stats.team".

("lebron james", "people.person.children", "lebron james jr."), ("lebron james", "common.topic.image", "lebron james 2"), ("lebron james", "basketball.basketball_player.player_statistics", "m.04ql_x2"), ("lebron james", "basketball.basketball_player.career_averages", "m.04g4zm0"), ("m.04qp97c", "basketball.basketball_player_stats.season", "2004–05 nba season"), ("m.04qp97c", "basketball.basketball_player_stats.team", "cleveland cavaliers"), ("m.04qmsr4", "basketball.basketball_player_stats.season", "2003–04 nba season"), ("m.04qmsr4", "basketball.basketball_player_stats.team", "cleveland cavaliers"), ("m.04ql_x2", "basketball.basketball_player_stats.season", "2007–08 nba season"), ("m.04ql_x2", "basketball.basketball_player_stats.team", "cleveland cavaliers"), ("m.04g4zm0", "basketball.basketball_player_career_stats.player", "lebron james"), ("m.04qmm8m", "basketball.basketball_player_stats.team", "cleveland cavaliers"), ("m.04qmm8m", "basketball.basketball_player_stats.season", "2006–07 nba season"), ("m.04qcjh2", "basketball.basketball_player_stats.season", "2005–06 nba season"), ("m.04qcjh2", "basketball.basketball_player_stats.team", "cleveland cavaliers")

LeBron James has a son named LeBron James Jr., and is associated with images like "LeBron James 2." His player statistics are documented under identifier m.04ql_x2 for the 2007–08 NBA season with the Cleveland Cavaliers, while his career averages are detailed by m.04g4zm0. Early in his career, LeBron played for the Cleveland Cavaliers during the 2003–04, 2004–05, 2005–06, and 2006–07 NBA seasons, with specific data points recorded for each season under respective identifiers.

LeBron James' rookie season was during the 2003-04 NBA season when he played for the Cleveland Cavaliers.

LeBron James's rookie season was the 2003–04 NBA season, during which he played for the Cleveland Cavaliers.

LeBron James played for the Cleveland Cavaliers during the 2003–04 NBA season, which preceded his rookie season highlighted by the 2004–05 NBA season statistics also recorded under his player identifier.

LeBron James played the 2003–04 NBA season with the Cleveland Cavaliers before his rookie season officially categorized as 2003–04, marking the beginning of his professional career.

LeBron James's rookie season was during the 2003–04 NBA season with the Cleveland Cavaliers.


Question: where does delaware river start

You are a graph analyst and you have been given a graph G among "pennsylvania", "delaware river", "west branch delaware river", "schoharie county", "monongahela river", "allegheny river", "ohio river", "mount jefferson", "delawarerivermap", "conococheague creek", "delaware river dwg usa". G has the following directed edges: "pennsylvania"-(location.location.partially_contains)->"west branch delaware river", "delaware river"-(common.topic.image)->"delaware river dwg usa", "delaware river"-(geography.river.origin)->"west branch delaware river", "delaware river"-(geography.river.origin)->"mount jefferson", "west branch delaware river"-(common.topic.image)->"delawarerivermap", "west branch delaware river"-(geography.river.origin)->"schoharie county", "ohio river"-(geography.river.cities)->"pennsylvania", "ohio river"-(geography.river.origin)->"allegheny river", "ohio river"-(geography.river.origin)->"monongahela river", "conococheague creek"-(geography.river.origin)->"pennsylvania".

West Branch Delaware River
Mount Jefferson

node_id,node_attr
9,pennsylvania
54,delaware river
96,west branch delaware river
104,schoharie county
164,monongahela river
208,allegheny river
329,ohio river
461,mount jefferson
618,delawarerivermap
778,conococheague creek
1257,delaware river dwg usa

src,edge_attr,dst
9,location.location.partially_contains,96
54,common.topic.image,1257
96,common.topic.image,618
329,geography.river.cities,9
329,geography.river.origin,208
96,geography.river.origin,104
778,geography.river.origin,9
54,geography.river.origin,96
329,geography.river.origin,164
54,geography.river.origin,461

G describes a graph among nodes "pennsylvania", "delaware river", "west branch delaware river", "schoharie county", "monongahela river", "allegheny river", "ohio river", "mount jefferson", "delawarerivermap", "conococheague creek", "delaware river dwg usa".In this graph: Node "pennsylvania" has outgoing edges to: "west branch delaware river" with relation "location.location.partially_contains". Node "delaware river" has outgoing edges to: "delaware river dwg usa" with relation "common.topic.image". Node "delaware river" has outgoing edges to: "west branch delaware river", "mount jefferson" with relation "geography.river.origin". Node "west branch delaware river" has outgoing edges to: "delawarerivermap" with relation "common.topic.image". Node "west branch delaware river" has outgoing edges to: "schoharie county" with relation "geography.river.origin". Node "ohio river" has outgoing edges to: "pennsylvania" with relation "geography.river.cities". Node "ohio river" has outgoing edges to: "allegheny river", "monongahela river" with relation "geography.river.origin". Node "conococheague creek" has outgoing edges to: "pennsylvania" with relation "geography.river.origin".

("pennsylvania", "location.location.partially_contains", "west branch delaware river"), ("delaware river", "common.topic.image", "delaware river dwg usa"), ("delaware river", "geography.river.origin", "west branch delaware river"), ("delaware river", "geography.river.origin", "mount jefferson"), ("west branch delaware river", "common.topic.image", "delawarerivermap"), ("west branch delaware river", "geography.river.origin", "schoharie county"), ("ohio river", "geography.river.cities", "pennsylvania"), ("ohio river", "geography.river.origin", "allegheny river"), ("ohio river", "geography.river.origin", "monongahela river"), ("conococheague creek", "geography.river.origin", "pennsylvania")

Pennsylvania partially contains the West Branch Delaware River, which originates in Schoharie County and flows into the Delaware River, also originating from Mount Jefferson. The Delaware River is associated with images like "delaware river dwg usa" and "delawarerivermap," while the Ohio River, flowing through Pennsylvania, originates from the confluence of the Allegheny and Monongahela rivers. Conococheague Creek, another water body, originates in Pennsylvania.

The Delaware River originates from the confluence of the West Branch Delaware River and Mount Jefferson; specifically, the West Branch Delaware River starts in Schoharie County.

The Delaware River originates from the confluence involving the West Branch Delaware River and Mount Jefferson; specifically, the West Branch Delaware River begins in Schoharie County, Pennsylvania.

The Delaware River originates from the confluence involving the West Branch Delaware River and Mount Jefferson, with the West Branch Delaware River itself beginning in Schoharie County.

The Delaware River originates from the confluence involving the West Branch Delaware River and is notably traced back to Mount Jefferson as another point of origin mention. The West Branch Delaware River itself begins in Schoharie County.


Question: what kind of monarchy does japan have

You are a graph analyst and you have been given a graph G among "japan", "prime minister of japan", "male", "akihito", "constitutional monarchy", "emperor of japan", "hirohito". G has the following directed edges: "akihito"-(people.person.gender)->"male", "akihito"-(royalty.monarch.kingdom)->"japan", "emperor of japan"-(people.person.gender)->"male", "japan"-(location.country.form_of_government)->"constitutional monarchy", "prime minister of japan"-(government.government_office_or_title.jurisdiction)->"japan", "hirohito"-(royalty.monarch.kingdom)->"japan".

Parliamentary system
Unitary state
Constitutional monarchy

node_id,node_attr
4,japan
50,prime minister of japan
79,male
310,akihito
383,constitutional monarchy
681,emperor of japan
709,hirohito

src,edge_attr,dst
310,people.person.gender,79
681,people.person.gender,79
4,location.country.form_of_government,383
50,government.government_office_or_title.jurisdiction,4
310,royalty.monarch.kingdom,4
709,royalty.monarch.kingdom,4

G describes a graph among nodes "japan", "prime minister of japan", "male", "akihito", "constitutional monarchy", "emperor of japan", "hirohito".In this graph: Node "akihito" has outgoing edges to: "male" with relation "people.person.gender". Node "akihito" has outgoing edges to: "japan" with relation "royalty.monarch.kingdom". Node "emperor of japan" has outgoing edges to: "male" with relation "people.person.gender". Node "japan" has outgoing edges to: "constitutional monarchy" with relation "location.country.form_of_government". Node "prime minister of japan" has outgoing edges to: "japan" with relation "government.government_office_or_title.jurisdiction". Node "hirohito" has outgoing edges to: "japan" with relation "royalty.monarch.kingdom".

("akihito", "people.person.gender", "male"), ("akihito", "royalty.monarch.kingdom", "japan"), ("emperor of japan", "people.person.gender", "male"), ("japan", "location.country.form_of_government", "constitutional monarchy"), ("prime minister of japan", "government.government_office_or_title.jurisdiction", "japan"), ("hirohito", "royalty.monarch.kingdom", "japan")

Akihito, a male, was the emperor of Japan, a constitutional monarchy, while Hirohito also reigned as a male monarch of Japan. The prime minister of Japan holds office under the jurisdiction of the same country.

Japan has a constitutional monarchy where the Emperor serves as the ceremonial head of state, exemplified by figures like Akihito and Hirohito who held the title for Japan. The actual governance is led by the Prime Minister under this governmental framework.

Japan operates under a constitutional monarchy where the monarch, currently a male figure such as Emperor Akihito (previously including Emperor Hirohito), holds a symbolic position as the head of state, while the Prime Minister exercises executive power under the constitution.

Japan operates under a constitutional monarchy form of government, where the Emperor serves as the symbolic head of state, exemplified by figures such as Akihito and Hirohito who held the title within the Japanese monarchy.

Japan operates under a constitutional monarchy where the Emperor, a male figurehead such as Akihito and Hirohito previously, holds a symbolic position, while real political power resides with the Prime Minister who governs the country.

Japan operates under a constitutional monarchy where the Emperor, traditionally male like past rulers Akihito and Hirohito, serves as a symbolic head of state alongside a Prime Minister who holds executive governmental power.


Question: where did mitt romney 's parents come from

You are a graph analyst and you have been given a graph G among "mitt romney", ""mitt romney presidential campaign, 2008"", "matt romney", "detroit", "ann romney". G has the following directed edges: ""mitt romney presidential campaign, 2008""-(government.election_campaign.candidate)->"mitt romney", "matt romney"-(people.person.parents)->"ann romney", "ann romney"-(people.person.place_of_birth)->"detroit", "mitt romney"-(people.person.place_of_birth)->"detroit".

node_id,node_attr
26,mitt romney
69,"mitt romney presidential campaign, 2008"
71,matt romney
227,detroit
254,ann romney

src,edge_attr,dst
69,government.election_campaign.candidate,26
71,people.person.parents,254
254,people.person.place_of_birth,227
26,people.person.place_of_birth,227

G describes a graph among nodes "mitt romney", ""mitt romney presidential campaign, 2008"", "matt romney", "detroit", "ann romney".In this graph: Node ""mitt romney presidential campaign, 2008"" has outgoing edges to: "mitt romney" with relation "government.election_campaign.candidate". Node "matt romney" has outgoing edges to: "ann romney" with relation "people.person.parents". Node "ann romney" has outgoing edges to: "detroit" with relation "people.person.place_of_birth". Node "mitt romney" has outgoing edges to: "detroit" with relation "people.person.place_of_birth".

(""mitt romney presidential campaign, 2008"", "government.election_campaign.candidate", "mitt romney"), ("matt romney", "people.person.parents", "ann romney"), ("ann romney", "people.person.place_of_birth", "detroit"), ("mitt romney", "people.person.place_of_birth", "detroit")

Mitt Romney ran for president in 2008, was born in Detroit, and is the son of Matt Romney and Ann Romney, who was also born in Detroit.

Mitt Romney's parents, including his mother Ann Romney, were born in Detroit.

Mitt Romney's mother, Ann Romney, was born in Detroit. While the graph does not specify Mitt Romney's parents' places of origin beyond their connection to Detroit, it indicates both Mitt Romney and his mother were born there. Further details regarding his father's origins are not provided in the graph.

Mitt Romney and his mother, Ann Romney, were both born in Detroit, though the specific origins of their parents beyond this generation are not detailed in the provided graph data.

Mitt Romney's parents, Ann Romney and Matt Romney, were born in Detroit.


Question: when did michael jordan return to the nba

You are a graph analyst and you have been given a graph G among "michael jordan", "marcus jordan", "united states of america", "michael jordan to the max". G has the following directed edges: "marcus jordan"-(people.person.nationality)->"united states of america", "marcus jordan"-(people.person.parents)->"michael jordan", "michael jordan to the max"-(film.film.country)->"united states of america".

node_id,node_attr
12,michael jordan
15,marcus jordan
98,united states of america
378,michael jordan to the max

src,edge_attr,dst
15,people.person.nationality,98
378,film.film.country,98
15,people.person.parents,12

G describes a graph among nodes "michael jordan", "marcus jordan", "united states of america", "michael jordan to the max".In this graph: Node "marcus jordan" has outgoing edges to: "united states of america" with relation "people.person.nationality". Node "marcus jordan" has outgoing edges to: "michael jordan" with relation "people.person.parents". Node "michael jordan to the max" has outgoing edges to: "united states of america" with relation "film.film.country".

("marcus jordan", "people.person.nationality", "united states of america"), ("marcus jordan", "people.person.parents", "michael jordan"), ("michael jordan to the max", "film.film.country", "united states of america")

Marcus Jordan, a national of the United States of America, is the son of Michael Jordan. The film "Michael Jordan to the Max" originates from the United States of America.

The provided graph does not contain information regarding Michael Jordan's return to the NBA. Available facts are about Marcus Jordan's nationality and parentage, and a film title featuring Michael Jordan, without specifying dates or career timelines relevant to the question.

The provided graph does not contain information about when Michael Jordan returned to the NBA. Available data includes facts unrelated to his NBA career timeline, such as his nationality, his son Marcus Jordan's nationality and parentage, and details about a film titled "Michael Jordan to the Max" originating from the United States.

The provided graph does not contain specific information regarding Michael Jordan's return to the NBA. Relevant details about his career timeline are absent.

The provided graph does not contain information regarding Michael Jordan's return to the NBA. Relevant facts about his career timeline are absent from the given data.

The provided graph does not contain information about when Michael Jordan returned to the NBA. Relevant facts regarding Michael Jordan's return timeline are absent from the given data.


Question: where was mission san rafael located

You are a graph analyst and you have been given a graph G among "marin county", "lucas valley-marinwood", "mission san rafael arcángel", "san rafael", "94901", "san francisco bay area", "santa venetia", "m.057gz4z", "return of the jedi", "mission san rafael.jpg", "m.05g9dx8". G has the following directed edges: "94901"-(location.location.containedby)->"marin county", "marin county"-(location.us_county.hud_county_place)->"san rafael", "marin county"-(location.statistical_region.rent50_0)->"m.05g9dx8", "mission san rafael arcángel"-(common.topic.image)->"mission san rafael.jpg", "mission san rafael arcángel"-(location.location.containedby)->"94901", "lucas valley-marinwood"-(location.neighborhood.neighborhood_of)->"san francisco bay area", "m.057gz4z"-(location.geometry.delineates_location)->"94901", "return of the jedi"-(film.film.featured_film_locations)->"marin county", "santa venetia"-(location.neighborhood.neighborhood_of)->"san rafael", "santa venetia"-(location.neighborhood.neighborhood_of)->"san francisco bay area", "san rafael"-(location.place_with_neighborhoods.neighborhoods)->"santa venetia".

node_id,node_attr
2,marin county
4,lucas valley-marinwood
9,mission san rafael arcángel
18,san rafael
19,94901
34,san francisco bay area
47,santa venetia
103,m.057gz4z
123,return of the jedi
160,mission san rafael.jpg
230,m.05g9dx8

src,edge_attr,dst
19,location.location.containedby,2
2,location.us_county.hud_county_place,18
9,common.topic.image,160
9,location.location.containedby,19
4,location.neighborhood.neighborhood_of,34
103,location.geometry.delineates_location,19
123,film.film.featured_film_locations,2
47,location.neighborhood.neighborhood_of,18
18,location.place_with_neighborhoods.neighborhoods,47
2,location.statistical_region.rent50_0,230
47,location.neighborhood.neighborhood_of,34

G describes a graph among nodes "marin county", "lucas valley-marinwood", "mission san rafael arcángel", "san rafael", "94901", "san francisco bay area", "santa venetia", "m.057gz4z", "return of the jedi", "mission san rafael.jpg", "m.05g9dx8".In this graph: Node "94901" has outgoing edges to: "marin county" with relation "location.location.containedby". Node "marin county" has outgoing edges to: "san rafael" with relation "location.us_county.hud_county_place". Node "marin county" has outgoing edges to: "m.05g9dx8" with relation "location.statistical_region.rent50_0". Node "mission san rafael arcángel" has outgoing edges to: "mission san rafael.jpg" with relation "common.topic.image". Node "mission san rafael arcángel" has outgoing edges to: "94901" with relation "location.location.containedby". Node "lucas valley-marinwood" has outgoing edges to: "san francisco bay area" with relation "location.neighborhood.neighborhood_of". Node "m.057gz4z" has outgoing edges to: "94901" with relation "location.geometry.delineates_location". Node "return of the jedi" has outgoing edges to: "marin county" with relation "film.film.featured_film_locations". Node "santa venetia" has outgoing edges to: "san rafael", "san francisco bay area" with relation "location.neighborhood.neighborhood_of". Node "san rafael" has outgoing edges to: "santa venetia" with relation "location.place_with_neighborhoods.neighborhoods".

("94901", "location.location.containedby", "marin county"), ("marin county", "location.us_county.hud_county_place", "san rafael"), ("marin county", "location.statistical_region.rent50_0", "m.05g9dx8"), ("mission san rafael arcángel", "common.topic.image", "mission san rafael.jpg"), ("mission san rafael arcángel", "location.location.containedby", "94901"), ("lucas valley-marinwood", "location.neighborhood.neighborhood_of", "san francisco bay area"), ("m.057gz4z", "location.geometry.delineates_location", "94901"), ("return of the jedi", "film.film.featured_film_locations", "marin county"), ("santa venetia", "location.neighborhood.neighborhood_of", "san rafael"), ("santa venetia", "location.neighborhood.neighborhood_of", "san francisco bay area"), ("san rafael", "location.place_with_neighborhoods.neighborhoods", "santa venetia")

94901 is located in Marin County, which contains San Rafael, a HUD county place, and is associated with a rent statistic identifier m.05g9dx8. Mission San Rafael Arcángel, depicted in mission san rafael.jpg, is within 94901. Lucas Valley-Marinwood is a neighborhood of the San Francisco Bay Area, delineated by m.057gz4z. Marin County featured locations in the film Return of the Jedi. Santa Venetia, a neighborhood of both San Rafael and the San Francisco Bay Area, is part of San Rafael's neighborhoods.

Mission San Rafael Arcángel was located in San Rafael, which has the postal code 94901 and is situated within Marin County.

Mission San Rafael Arcángel was located in San Rafael, which has the zip code 94901 and is situated within Marin County.

Mission San Rafael Arcángel was located in the area coded as "94901", which is contained within San Rafael, a city in Marin County.

Mission San Rafael Arcángel was located in the 94901 zip code area, which is contained within Marin County and part of the city of San Rafael.

Mission San Rafael Arcángel was located in the 94901 zip code area, which is contained within San Rafael, a city in Marin County.


Question: who was esther 's husband

You are a graph analyst and you have been given a graph G among "book of esther", "ahasuerus", "esther", "esther and the king", "m.0130wv8p", "m.012zbnxz", "xerxes i", "marriage". G has the following directed edges: "book of esther"-(media_common.adapted_work.adaptations)->"esther and the king", "book of esther"-(book.translated_work.translations)->"esther", "m.0130wv8p"-(people.marriage.spouse)->"esther", "m.0130wv8p"-(people.marriage.spouse)->"xerxes i", "m.0130wv8p"-(people.marriage.type_of_union)->"marriage", "m.012zbnxz"-(people.marriage.spouse)->"esther", "m.012zbnxz"-(people.marriage.spouse)->"ahasuerus", "m.012zbnxz"-(people.marriage.type_of_union)->"marriage", "esther"-(people.person.spouse_s)->"m.012zbnxz", "esther"-(people.person.spouse_s)->"m.0130wv8p", "ahasuerus"-(people.person.spouse_s)->"m.012zbnxz", "xerxes i"-(people.person.spouse_s)->"m.0130wv8p".

node_id,node_attr
8,book of esther
9,ahasuerus
66,esther
179,esther and the king
450,m.0130wv8p
460,m.012zbnxz
496,xerxes i
506,marriage

src,edge_attr,dst
8,media_common.adapted_work.adaptations,179
8,book.translated_work.translations,66
450,people.marriage.spouse,66
460,people.marriage.spouse,66
460,people.marriage.spouse,9
66,people.person.spouse_s,460
460,people.marriage.type_of_union,506
9,people.person.spouse_s,460
450,people.marriage.spouse,496
450,people.marriage.type_of_union,506
496,people.person.spouse_s,450
66,people.person.spouse_s,450

G describes a graph among nodes "book of esther", "ahasuerus", "esther", "esther and the king", "m.0130wv8p", "m.012zbnxz", "xerxes i", "marriage".In this graph: Node "book of esther" has outgoing edges to: "esther and the king" with relation "media_common.adapted_work.adaptations". Node "book of esther" has outgoing edges to: "esther" with relation "book.translated_work.translations". Node "m.0130wv8p" has outgoing edges to: "esther", "xerxes i" with relation "people.marriage.spouse". Node "m.0130wv8p" has outgoing edges to: "marriage" with relation "people.marriage.type_of_union". Node "m.012zbnxz" has outgoing edges to: "esther", "ahasuerus" with relation "people.marriage.spouse". Node "m.012zbnxz" has outgoing edges to: "marriage" with relation "people.marriage.type_of_union". Node "esther" has outgoing edges to: "m.012zbnxz", "m.0130wv8p" with relation "people.person.spouse_s". Node "ahasuerus" has outgoing edges to: "m.012zbnxz" with relation "people.person.spouse_s". Node "xerxes i" has outgoing edges to: "m.0130wv8p" with relation "people.person.spouse_s".

("book of esther", "media_common.adapted_work.adaptations", "esther and the king"), ("book of esther", "book.translated_work.translations", "esther"), ("m.0130wv8p", "people.marriage.spouse", "esther"), ("m.0130wv8p", "people.marriage.spouse", "xerxes i"), ("m.0130wv8p", "people.marriage.type_of_union", "marriage"), ("m.012zbnxz", "people.marriage.spouse", "esther"), ("m.012zbnxz", "people.marriage.spouse", "ahasuerus"), ("m.012zbnxz", "people.marriage.type_of_union", "marriage"), ("esther", "people.person.spouse_s", "m.012zbnxz"), ("esther", "people.person.spouse_s", "m.0130wv8p"), ("ahasuerus", "people.person.spouse_s", "m.012zbnxz"), ("xerxes i", "people.person.spouse_s", "m.0130wv8p")

The Book of Esther has been adapted into a work titled "Esther and the King" and translated into a version simply called "Esther." Esther was married to two individuals, identified as Xerxes I and Ahasuerus, both of whom are associated with the type of union known as marriage. In the data, Esther is linked to two distinct entries (m.012zbnxz and m.0130wv8p) representing her spouses, with Ahasuerus and Xerxes I respectively noted as her husbands, reflecting the name variations in her marital relationships.

Esther's husband was known by two names in historical and religious contexts: Ahasuerus and Xerxes I (m.012zbnxz and m.0130wv8p respectively), as indicated by their entries showing a marital union with Esther.

Esther's husband was known both as Ahasuerus and Xerxes I, with these names corresponding to different identifiers m.012zbnxz and m.0130wv8p respectively, indicating a single marital union described across variations in historical and textual references.

Esther's husband was known both as Ahasuerus and Xerxes I, corresponding to the identifiers m.012zbnxz and m.0130wv8p respectively, in different references within the graph data, indicating they represent the same historical figure.

Esther's husband was Xerxes I (also referred to as Ahasuerus), indicated by multiple entries linking Esther to him through marital relationships in the context of the Book of Esther.

Esther's husband was Ahasuerus, also known as Xerxes I, as indicated by their marital union records in the data.


Question: who 's dating claire danes

You are a graph analyst and you have been given a graph G among "claire danes", "m.09x2f3x", "hugh dancy", "m.03yxktn", "m.0cns_62", "billy crudup", "ben lee", "m.03yxkqm", "dated", "m.05cw3vz", "hugh dancy and claire danes tie the knot", "claire danes pictures", "m.03yxktc", "engaged to". G has the following directed edges: "m.0cns_62"-(common.webpage.topic)->"claire danes", "m.09x2f3x"-(common.webpage.topic)->"claire danes", "m.09x2f3x"-(common.webpage.resource)->"hugh dancy and claire danes tie the knot", "claire danes pictures"-(common.resource.annotations)->"m.0cns_62", "m.03yxkqm"-(celebrities.romantic_relationship.relationship_type)->"dated", "m.03yxkqm"-(celebrities.romantic_relationship.celebrity)->"billy crudup", "m.03yxkqm"-(celebrities.romantic_relationship.celebrity)->"claire danes", "m.03yxktn"-(celebrities.romantic_relationship.celebrity)->"claire danes", "m.03yxktn"-(celebrities.romantic_relationship.celebrity)->"ben lee", "m.03yxktn"-(celebrities.romantic_relationship.relationship_type)->"dated", "m.03yxktc"-(celebrities.romantic_relationship.relationship_type)->"dated", "m.03yxktc"-(celebrities.romantic_relationship.celebrity)->"claire danes", "m.03yxktc"-(celebrities.romantic_relationship.celebrity)->"hugh dancy", "m.05cw3vz"-(celebrities.romantic_relationship.celebrity)->"hugh dancy", "m.05cw3vz"-(celebrities.romantic_relationship.celebrity)->"claire danes", "m.05cw3vz"-(celebrities.romantic_relationship.relationship_type)->"engaged to".

node_id,node_attr
16,claire danes
29,m.09x2f3x
47,hugh dancy
55,m.03yxktn
74,m.0cns_62
171,billy crudup
173,ben lee
214,m.03yxkqm
215,dated
309,m.05cw3vz
478,hugh dancy and claire danes tie the knot
483,claire danes pictures
499,m.03yxktc
619,engaged to

src,edge_attr,dst
74,common.webpage.topic,16
29,common.webpage.topic,16
483,common.resource.annotations,74
29,common.webpage.resource,478
214,celebrities.romantic_relationship.relationship_type,215
55,celebrities.romantic_relationship.celebrity,16
55,celebrities.romantic_relationship.celebrity,173
499,celebrities.romantic_relationship.relationship_type,215
214,celebrities.romantic_relationship.celebrity,171
214,celebrities.romantic_relationship.celebrity,16
499,celebrities.romantic_relationship.celebrity,16
499,celebrities.romantic_relationship.celebrity,47
55,celebrities.romantic_relationship.relationship_type,215
309,celebrities.romantic_relationship.celebrity,47
309,celebrities.romantic_relationship.celebrity,16
309,celebrities.romantic_relationship.relationship_type,619

G describes a graph among nodes "claire danes", "m.09x2f3x", "hugh dancy", "m.03yxktn", "m.0cns_62", "billy crudup", "ben lee", "m.03yxkqm", "dated", "m.05cw3vz", "hugh dancy and claire danes tie the knot", "claire danes pictures", "m.03yxktc", "engaged to".In this graph: Node "m.0cns_62" has outgoing edges to: "claire danes" with relation "common.webpage.topic". Node "m.09x2f3x" has outgoing edges to: "claire danes" with relation "common.webpage.topic". Node "m.09x2f3x" has outgoing edges to: "hugh dancy and claire danes tie the knot" with relation "common.webpage.resource". Node "claire danes pictures" has outgoing edges to: "m.0cns_62" with relation "common.resource.annotations". Node "m.03yxkqm" has outgoing edges to: "dated" with relation "celebrities.romantic_relationship.relationship_type". Node "m.03yxkqm" has outgoing edges to: "billy crudup", "claire danes" with relation "celebrities.romantic_relationship.celebrity". Node "m.03yxktn" has outgoing edges to: "claire danes", "ben lee" with relation "celebrities.romantic_relationship.celebrity". Node "m.03yxktn" has outgoing edges to: "dated" with relation "celebrities.romantic_relationship.relationship_type". Node "m.03yxktc" has outgoing edges to: "dated" with relation "celebrities.romantic_relationship.relationship_type". Node "m.03yxktc" has outgoing edges to: "claire danes", "hugh dancy" with relation "celebrities.romantic_relationship.celebrity". Node "m.05cw3vz" has outgoing edges to: "hugh dancy", "claire danes" with relation "celebrities.romantic_relationship.celebrity". Node "m.05cw3vz" has outgoing edges to: "engaged to" with relation "celebrities.romantic_relationship.relationship_type".

("m.0cns_62", "common.webpage.topic", "claire danes"), ("m.09x2f3x", "common.webpage.topic", "claire danes"), ("m.09x2f3x", "common.webpage.resource", "hugh dancy and claire danes tie the knot"), ("claire danes pictures", "common.resource.annotations", "m.0cns_62"), ("m.03yxkqm", "celebrities.romantic_relationship.relationship_type", "dated"), ("m.03yxkqm", "celebrities.romantic_relationship.celebrity", "billy crudup"), ("m.03yxkqm", "celebrities.romantic_relationship.celebrity", "claire danes"), ("m.03yxktn", "celebrities.romantic_relationship.celebrity", "claire danes"), ("m.03yxktn", "celebrities.romantic_relationship.celebrity", "ben lee"), ("m.03yxktn", "celebrities.romantic_relationship.relationship_type", "dated"), ("m.03yxktc", "celebrities.romantic_relationship.relationship_type", "dated"), ("m.03yxktc", "celebrities.romantic_relationship.celebrity", "claire danes"), ("m.03yxktc", "celebrities.romantic_relationship.celebrity", "hugh dancy"), ("m.05cw3vz", "celebrities.romantic_relationship.celebrity", "hugh dancy"), ("m.05cw3vz", "celebrities.romantic_relationship.celebrity", "claire danes"), ("m.05cw3vz", "celebrities.romantic_relationship.relationship_type", "engaged to")

Claire Danes is associated with multiple webpages and resources, including "hugh dancy and claire danes tie the knot" and "claire danes pictures." She has dated Billy Crudup and Ben Lee. Claire Danes was also engaged to Hugh Dancy, with their relationship marked by both a "dated" and "engaged to" status, indicating a significant romantic history with him.

Claire Danes has dated Billy Crudup, Ben Lee, and Hugh Dancy. Notably, Claire Danes and Hugh Dancy were engaged to each other, and they eventually got married.

Claire Danes has dated Billy Crudup, Ben Lee, and Hugh Dancy. Notably, Claire Danes is engaged to Hugh Dancy.

Claire Danes has dated Billy Crudup, Ben Lee, and Hugh Dancy. As of the latest information provided, Hugh Dancy and Claire Danes were engaged to each other.

Claire Danes has dated Billy Crudup, Ben Lee, and Hugh Dancy. Currently, Claire Danes is engaged to Hugh Dancy.

Claire Danes has dated Billy Crudup, Ben Lee, and Hugh Dancy. Hugh Dancy and Claire Danes are engaged to each other.


Question: what county is st paul va in

You are a graph analyst and you have been given a graph G among "virginia", "united states of america", "russell county", "wise county", "arlington county", "lebanon", "wise", "virginia circuit court", "richmond county", "russell county / st. paul town". G has the following directed edges: "russell county"-(location.location.containedby)->"virginia", "russell county"-(location.us_county.hud_county_place)->"russell county / st. paul town", "russell county"-(location.us_county.county_seat)->"lebanon", "wise county"-(location.location.containedby)->"virginia", "wise county"-(location.us_county.county_seat)->"wise", "wise"-(location.location.containedby)->"united states of america", "arlington county"-(location.location.containedby)->"united states of america", "arlington county"-(location.us_county.county_seat)->"arlington county", "richmond county"-(location.location.containedby)->"united states of america", "virginia"-(law.court_jurisdiction_area.courts)->"virginia circuit court".

node_id,node_attr
5,virginia
8,united states of america
18,russell county
20,wise county
80,arlington county
127,lebanon
297,wise
343,virginia circuit court
400,richmond county
717,russell county / st. paul town

src,edge_attr,dst
18,location.location.containedby,5
20,location.location.containedby,5
297,location.location.containedby,8
80,location.location.containedby,8
400,location.location.containedby,8
5,law.court_jurisdiction_area.courts,343
18,location.us_county.hud_county_place,717
20,location.us_county.county_seat,297
18,location.us_county.county_seat,127
80,location.us_county.county_seat,80

G describes a graph among nodes "virginia", "united states of america", "russell county", "wise county", "arlington county", "lebanon", "wise", "virginia circuit court", "richmond county", "russell county / st. paul town".In this graph: Node "russell county" has outgoing edges to: "virginia" with relation "location.location.containedby". Node "russell county" has outgoing edges to: "russell county / st. paul town" with relation "location.us_county.hud_county_place". Node "russell county" has outgoing edges to: "lebanon" with relation "location.us_county.county_seat". Node "wise county" has outgoing edges to: "virginia" with relation "location.location.containedby". Node "wise county" has outgoing edges to: "wise" with relation "location.us_county.county_seat". Node "wise" has outgoing edges to: "united states of america" with relation "location.location.containedby". Node "arlington county" has outgoing edges to: "united states of america" with relation "location.location.containedby". Node "arlington county" has outgoing edges to: "arlington county" with relation "location.us_county.county_seat". Node "richmond county" has outgoing edges to: "united states of america" with relation "location.location.containedby". Node "virginia" has outgoing edges to: "virginia circuit court" with relation "law.court_jurisdiction_area.courts".

("russell county", "location.location.containedby", "virginia"), ("russell county", "location.us_county.hud_county_place", "russell county / st. paul town"), ("russell county", "location.us_county.county_seat", "lebanon"), ("wise county", "location.location.containedby", "virginia"), ("wise county", "location.us_county.county_seat", "wise"), ("wise", "location.location.containedby", "united states of america"), ("arlington county", "location.location.containedby", "united states of america"), ("arlington county", "location.us_county.county_seat", "arlington county"), ("richmond county", "location.location.containedby", "united states of america"), ("virginia", "law.court_jurisdiction_area.courts", "virginia circuit court")

Russell County, located in Virginia, contains St. Paul Town within its boundaries and has Lebanon as its county seat. Wise County, also in Virginia, has Wise as its county seat and is part of the United States of America. Arlington County, situated within the United States, has Arlington County as its county seat, while Richmond County is also located in the United States. Virginia encompasses various jurisdictions, including the Virginia Circuit Court.

St. Paul is located in Russell County, which is contained by Virginia. Russell County's HUD county place designation includes "russell county / st. paul town."

St. Paul is located in Russell County, Virginia, as indicated by the entry "russell county / st. paul town" under the "location.us_county.hud_county_place" category.

St. Paul is located in Russell County, which is contained within Virginia.


Question: what type of sports do japanese play

You are a graph analyst and you have been given a graph G among "japan", "m.0gklpyp", "m.0gklpxm", "m.0b6592r", "m.0110jyzg", "m.0b65b8n", "japan men's national volleyball team", "japan women's national volleyball team", "yukiko okamoto", "m.09wvjr0", "m.0110pnfr", "japan national baseball team". G has the following directed edges: "japan"-(sports.sports_team_location.teams)->"japan national baseball team", "japan"-(sports.sport_country.athletic_performances)->"m.0gklpyp", "japan"-(sports.sport_country.athletic_performances)->"m.0b65b8n", "japan"-(sports.sport_country.athletic_performances)->"m.0b6592r", "japan"-(sports.sport_country.athletic_performances)->"m.09wvjr0", "japan"-(sports.sport_country.athletic_performances)->"m.0gklpxm", "japan"-(sports.sport_country.athletes)->"m.0110pnfr", "japan"-(sports.sport_country.athletes)->"m.0110jyzg", "japan women's national volleyball team"-(sports.sports_team.location)->"japan", "japan men's national volleyball team"-(sports.sports_team.location)->"japan", "yukiko okamoto"-(sports.tournament_event_competitor.country)->"m.0110jyzg".

Japan women's national handball team
Japan national football team
Japan women's national volleyball team
Japan national handball team
Japan national baseball team
Japan men's national volleyball team
Bridgestone-Anchor
Burning

node_id,node_attr
4,japan
564,m.0gklpyp
575,m.0gklpxm
590,m.0b6592r
881,m.0110jyzg
1102,m.0b65b8n
1104,japan men's national volleyball team
1111,japan women's national volleyball team
1176,yukiko okamoto
1338,m.09wvjr0
1347,m.0110pnfr
1637,japan national baseball team

src,edge_attr,dst
4,sports.sports_team_location.teams,1637
1111,sports.sports_team.location,4
1104,sports.sports_team.location,4
4,sports.sport_country.athletic_performances,564
4,sports.sport_country.athletes,1347
4,sports.sport_country.athletic_performances,1102
4,sports.sport_country.athletic_performances,590
4,sports.sport_country.athletes,881
4,sports.sport_country.athletic_performances,1338
4,sports.sport_country.athletic_performances,575
1176,sports.tournament_event_competitor.country,881

G describes a graph among nodes "japan", "m.0gklpyp", "m.0gklpxm", "m.0b6592r", "m.0110jyzg", "m.0b65b8n", "japan men's national volleyball team", "japan women's national volleyball team", "yukiko okamoto", "m.09wvjr0", "m.0110pnfr", "japan national baseball team".In this graph: Node "japan" has outgoing edges to: "japan national baseball team" with relation "sports.sports_team_location.teams". Node "japan" has outgoing edges to: "m.0gklpyp", "m.0b65b8n", "m.0b6592r", "m.09wvjr0", "m.0gklpxm" with relation "sports.sport_country.athletic_performances". Node "japan" has outgoing edges to: "m.0110pnfr", "m.0110jyzg" with relation "sports.sport_country.athletes". Node "japan women's national volleyball team" has outgoing edges to: "japan" with relation "sports.sports_team.location". Node "japan men's national volleyball team" has outgoing edges to: "japan" with relation "sports.sports_team.location". Node "yukiko okamoto" has outgoing edges to: "m.0110jyzg" with relation "sports.tournament_event_competitor.country".

("japan", "sports.sports_team_location.teams", "japan national baseball team"), ("japan", "sports.sport_country.athletic_performances", "m.0gklpyp"), ("japan", "sports.sport_country.athletic_performances", "m.0b65b8n"), ("japan", "sports.sport_country.athletic_performances", "m.0b6592r"), ("japan", "sports.sport_country.athletic_performances", "m.09wvjr0"), ("japan", "sports.sport_country.athletic_performances", "m.0gklpxm"), ("japan", "sports.sport_country.athletes", "m.0110pnfr"), ("japan", "sports.sport_country.athletes", "m.0110jyzg"), ("japan women's national volleyball team", "sports.sports_team.location", "japan"), ("japan men's national volleyball team", "sports.sports_team.location", "japan"), ("yukiko okamoto", "sports.tournament_event_competitor.country", "m.0110jyzg")

Japan is home to the Japan national baseball team and both the Japan women's and men's national volleyball teams. Notable athletic performances include those linked to m.0gklpyp, m.0b65b8n, m.0b6592r, m.09wvjr0, and m.0gklpxm. Key athletes are represented by m.0110pnfr and m.0110jyzg, with Yukiko Okamoto competing under the country represented by m.0110jyzg.

Japanese play sports including baseball, volleyball (both men's and women's national teams exist), and other unspecified sports represented by athletes and athletic performances denoted by IDs like m.0gklpyp, m.0b65b8n, m.0b6592r, m.09wvjr0, m.0gklpxm, m.0110pnfr, and m.0110jyzg, with notable athletes such as Yukiko Okamoto participating in these competitions.

Japanese people participate in various sports, including baseball, as evidenced by the Japan National Baseball Team. Additionally, volleyball is prominently played with both men's and women's national teams representing Japan in the sport. Notable athletes like Yukiko Okamoto also compete in international tournaments for Japan.

Japanese people participate in various sports including baseball, evidenced by the existence of the Japan national baseball team, and volleyball, highlighted by both the men's and women's national volleyball teams. Notable athletes associated with Japan compete in different sporting events.

Japanese play various sports including baseball, as evidenced by the presence of the Japan national baseball team, and volleyball, represented by both the Japan men's and women's national volleyball teams. Notable athletes like Yukiko Okamoto also participate in competitive sports representing Japan.

Japanese athletes compete in baseball, with a notable national baseball team, and volleyball, featuring both men's and women's national teams. Additionally, Japan has athletes recognized in various unspecified sports performances.


Question: which countries share a border with russia

You are a graph analyst and you have been given a graph G among "russia", "russian autonomous oblast", "russian federal subject", "sakha republic", "yekaterinburg", "sverdlovskaya oblast", "chechnya", "tatarstan", "russian oblast", "grozny", "yakutsk". G has the following directed edges: "sverdlovskaya oblast"-(common.topic.notable_types)->"russian oblast", "sverdlovskaya oblast"-(location.ru_oblast.administrative_center)->"yekaterinburg", "chechnya"-(location.administrative_division.country)->"russia", "chechnya"-(location.ru_republic.capital)->"grozny", "sakha republic"-(location.location.containedby)->"russia", "sakha republic"-(location.ru_republic.capital)->"yakutsk", "russian federal subject"-(base.aareas.schema.administrative_area_type.sovereignty)->"russia", "russian federal subject"-(base.aareas.schema.administrative_area_type.kinds)->"russian autonomous oblast", "russian oblast"-(freebase.type_hints.included_types)->"russian federal subject", "russia"-(location.country.administrative_divisions)->"tatarstan".

Latvia
Mongolia
Azerbaijan
Ukraine
Estonia
North Korea
Lithuania
Kazakhstan
China
Georgia
Belarus
Norway
Finland
Poland

node_id,node_attr
0,russia
18,russian autonomous oblast
19,russian federal subject
50,sakha republic
120,yekaterinburg
153,sverdlovskaya oblast
218,chechnya
223,tatarstan
233,russian oblast
784,grozny
1067,yakutsk

src,edge_attr,dst
153,common.topic.notable_types,233
218,location.administrative_division.country,0
50,location.location.containedby,0
19,base.aareas.schema.administrative_area_type.sovereignty,0
233,freebase.type_hints.included_types,19
0,location.country.administrative_divisions,223
19,base.aareas.schema.administrative_area_type.kinds,18
50,location.ru_republic.capital,1067
218,location.ru_republic.capital,784
153,location.ru_oblast.administrative_center,120

G describes a graph among nodes "russia", "russian autonomous oblast", "russian federal subject", "sakha republic", "yekaterinburg", "sverdlovskaya oblast", "chechnya", "tatarstan", "russian oblast", "grozny", "yakutsk".In this graph: Node "sverdlovskaya oblast" has outgoing edges to: "russian oblast" with relation "common.topic.notable_types". Node "sverdlovskaya oblast" has outgoing edges to: "yekaterinburg" with relation "location.ru_oblast.administrative_center". Node "chechnya" has outgoing edges to: "russia" with relation "location.administrative_division.country". Node "chechnya" has outgoing edges to: "grozny" with relation "location.ru_republic.capital". Node "sakha republic" has outgoing edges to: "russia" with relation "location.location.containedby". Node "sakha republic" has outgoing edges to: "yakutsk" with relation "location.ru_republic.capital". Node "russian federal subject" has outgoing edges to: "russia" with relation "base.aareas.schema.administrative_area_type.sovereignty". Node "russian federal subject" has outgoing edges to: "russian autonomous oblast" with relation "base.aareas.schema.administrative_area_type.kinds". Node "russian oblast" has outgoing edges to: "russian federal subject" with relation "freebase.type_hints.included_types". Node "russia" has outgoing edges to: "tatarstan" with relation "location.country.administrative_divisions".

("sverdlovskaya oblast", "common.topic.notable_types", "russian oblast"), ("sverdlovskaya oblast", "location.ru_oblast.administrative_center", "yekaterinburg"), ("chechnya", "location.administrative_division.country", "russia"), ("chechnya", "location.ru_republic.capital", "grozny"), ("sakha republic", "location.location.containedby", "russia"), ("sakha republic", "location.ru_republic.capital", "yakutsk"), ("russian federal subject", "base.aareas.schema.administrative_area_type.sovereignty", "russia"), ("russian federal subject", "base.aareas.schema.administrative_area_type.kinds", "russian autonomous oblast"), ("russian oblast", "freebase.type_hints.included_types", "russian federal subject"), ("russia", "location.country.administrative_divisions", "tatarstan")

Sverdlovskaya Oblast, a Russian oblast notable as a type of Russian federal subject, is administratively centered in Yekaterinburg. Chechnya, an administrative division within Russia, has Grozny as its capital. The Sakha Republic, contained within Russia, boasts Yakutsk as its capital. Russian federal subjects, including autonomous oblasts, fall under Russian sovereignty.  Tatarstan is among the administrative divisions of Russia.

The graph does not explicitly list all countries sharing a border with Russia but indicates Russia contains administrative divisions such as oblasts (like Sverdlovskaya Oblast), republics (like Chechnya and Sakha Republic), and autonomous regions (like Tatarstan), suggesting complex internal administrative geography without detailing international borders. Direct border-sharing country information is not provided within the given data.

Russia shares borders with administrative regions within itself, including regions like Chechnya and the Sakha Republic, which are noted as parts of Russia, but specific neighboring countries are not detailed in the provided graph data. Notable internal divisions mentioned are Tatarstan and others listed under Russian federal subjects.

Based on the provided graph data, direct bordering countries are not explicitly listed for Russia. However, it mentions administrative divisions within Russia such as Tatarstan and autonomous regions like Chechnya and Sakha Republic, indicating Russia's internal structure without specifying its international borders.

Based on the provided graph data, direct border-sharing information is not explicitly stated for countries bordering Russia. However, the graph mentions several administrative divisions within Russia, such as Chechnya, Sakha Republic, and Tatarstan, indicating internal territorial complexity rather than international borders. To accurately answer which countries share a border with Russia, additional specific geographical data would be required beyond the given information.

The graph primarily focuses on internal administrative divisions within Russia, such as oblasts like Sverdlovskaya and republics like Chechnya and Sakha, but does not explicitly list countries that share a border with Russia. Given the data constraints, specific bordering countries cannot be directly stated from this graph. However, implicit within the context of administrative divisions is the understanding that Russia encompasses diverse regions, suggesting its expansive geographical nature typical of a country with multiple international borders. For direct bordering countries, external data beyond this graph is required.


Question: where did the latin language originate from

You are a graph analyst and you have been given a graph G among "italic languages", "human language", "latin language", "gallo-romance languages", "france", "latin", "language of origin". G has the following directed edges: "latin language"-(common.topic.notable_types)->"human language", "latin language"-(base.rosetta.languoid.local_name)->"latin", "human language"-(type.type.expected_by)->"language of origin", "gallo-romance languages"-(language.language_family.member_of_language_families)->"italic languages", "gallo-romance languages"-(language.language_family.geographic_distribution)->"france", "italic languages"-(language.language_family.languages)->"latin language".

Indo-European languages
Italic languages

node_id,node_attr
17,italic languages
74,human language
77,latin language
103,gallo-romance languages
252,france
1030,latin
1641,language of origin

src,edge_attr,dst
77,common.topic.notable_types,74
74,type.type.expected_by,1641
103,language.language_family.member_of_language_families,17
17,language.language_family.languages,77
77,base.rosetta.languoid.local_name,1030
103,language.language_family.geographic_distribution,252

G describes a graph among nodes "italic languages", "human language", "latin language", "gallo-romance languages", "france", "latin", "language of origin".In this graph: Node "latin language" has outgoing edges to: "human language" with relation "common.topic.notable_types". Node "latin language" has outgoing edges to: "latin" with relation "base.rosetta.languoid.local_name". Node "human language" has outgoing edges to: "language of origin" with relation "type.type.expected_by". Node "gallo-romance languages" has outgoing edges to: "italic languages" with relation "language.language_family.member_of_language_families". Node "gallo-romance languages" has outgoing edges to: "france" with relation "language.language_family.geographic_distribution". Node "italic languages" has outgoing edges to: "latin language" with relation "language.language_family.languages".

("latin language", "common.topic.notable_types", "human language"), ("latin language", "base.rosetta.languoid.local_name", "latin"), ("human language", "type.type.expected_by", "language of origin"), ("gallo-romance languages", "language.language_family.member_of_language_families", "italic languages"), ("gallo-romance languages", "language.language_family.geographic_distribution", "france"), ("italic languages", "language.language_family.languages", "latin language")

Latin, known locally as Latin, is a human language notable for its types and serves as a language of origin. It belongs to the Italic languages family, which includes Latin, and is ancestral to the Gallo-Romance languages primarily distributed in France.

The Latin language originated from the Italic languages, which are part of its broader language family. Specifically, Latin is noted as a member of the Italic language branch, indicating its roots within this linguistic group. There is no direct geographical origin specified for the Latin language in the given graph beyond its classification.

The Latin language originated as part of the Italic languages family, which includes Latin as one of its languages. Although the graph does not specify the exact geographic origin within the broader context, the connection to Italic languages provides insight into its roots rather than its later distributions or related Romance languages like Gallo-Romance spoken in France.

The Latin language originates from the Italic languages family, as indicated by the graph, which lists Latin as a member of the Italic languages. No specific geographic origin within the Italic context is provided in the graph beyond connections that situate related Gallo-Romance languages in France, though this detail is less directly relevant to Latin's origin.

The Latin language, originally known as Latin, originates from the Italic languages family, which geographically was centered in Italy.

The Latin language originated from the Italic languages family, which indicates its roots within the broader context of languages spoken in Italy before expanding and evolving into other Romance languages including those in Gaul, though its specific geographic origin points to Italy.


Question: what school did karl benz go to

You are a graph analyst and you have been given a graph G among "johann george benz", "karlsruhe institute of technology", "m.0n0nxj5", "m.04hddz6", "karl benz". G has the following directed edges: "johann george benz"-(people.person.children)->"karl benz", "m.04hddz6"-(education.education.student)->"karl benz", "m.04hddz6"-(education.education.institution)->"karlsruhe institute of technology", "karlsruhe institute of technology"-(education.educational_institution_campus.educational_institution)->"karlsruhe institute of technology", "karlsruhe institute of technology"-(education.educational_institution.campuses)->"karlsruhe institute of technology", "m.0n0nxj5"-(education.education.institution)->"karlsruhe institute of technology".

node_id,node_attr
111,johann george benz
117,karlsruhe institute of technology
118,m.0n0nxj5
121,m.04hddz6
130,karl benz

src,edge_attr,dst
111,people.person.children,130
121,education.education.student,130
117,education.educational_institution_campus.educational_institution,117
118,education.education.institution,117
117,education.educational_institution.campuses,117
121,education.education.institution,117

G describes a graph among nodes "johann george benz", "karlsruhe institute of technology", "m.0n0nxj5", "m.04hddz6", "karl benz".In this graph: Node "johann george benz" has outgoing edges to: "karl benz" with relation "people.person.children". Node "m.04hddz6" has outgoing edges to: "karl benz" with relation "education.education.student". Node "m.04hddz6" has outgoing edges to: "karlsruhe institute of technology" with relation "education.education.institution". Node "karlsruhe institute of technology" has outgoing edges to: "karlsruhe institute of technology" with relation "education.educational_institution_campus.educational_institution". Node "karlsruhe institute of technology" has outgoing edges to: "karlsruhe institute of technology" with relation "education.educational_institution.campuses". Node "m.0n0nxj5" has outgoing edges to: "karlsruhe institute of technology" with relation "education.education.institution".

("johann george benz", "people.person.children", "karl benz"), ("m.04hddz6", "education.education.student", "karl benz"), ("m.04hddz6", "education.education.institution", "karlsruhe institute of technology"), ("karlsruhe institute of technology", "education.educational_institution_campus.educational_institution", "karlsruhe institute of technology"), ("karlsruhe institute of technology", "education.educational_institution.campuses", "karlsruhe institute of technology"), ("m.0n0nxj5", "education.education.institution", "karlsruhe institute of technology")

Johann George Benz had a child named Karl Benz, who was a student at Karlsruhe Institute of Technology, alongside another individual identified as m.04hddz6. Karlsruhe Institute of Technology, serving as both the educational institution and its own campus, also educated m.0n0nxj5.

Karl Benz studied at the Karlsruhe Institute of Technology.

Karl Benz attended the Karlsruhe Institute of Technology for his education.