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Californian born architect Julia Morgan designed the grounds of Asilomar Conference as well as the significant buildings of Asilomar State Beach and the Los Angeles Herald Examiner building. The architect of Asilomar Conference Grounds was Julia Morgan, born in California, who has designed many significant buildings, including the Los Angeles Herald Examiner building and the Asilomar State Beach. | <Subject> Asilomar_Conference_Grounds <Predicate> architect <Object> Julia_Morgan |
Julia Morgan was born in California, where she designed the Riverside Art Museum. One of the significant buildings that she designed was the Asilomar State Beach, and she has also designed the Asilomar Conference Grounds. Asilomar Conference Grounds was designed by Californian born Julia Morgan who also designed the significant buildings of the Riverside Art Museum and Asilomar State Beach. Californian born architect Julia Morgan designed significant buildings including Asilomar State Beach, the Riverside Art Museum and the Asilomar Conference Grounds. | <Subject> Asilomar_Conference_Grounds <Predicate> architect <Object> Julia_Morgan |
Julia Morgan was born in California. She designed significant buildings in Chinatown, San Francisco; the Asilomar Conference Grounds and the Riverside Art Museum. Julia Morgan was born in California. She is the architect behind Chinatown in San Francisco, the Asilomar Conference Grounds and the Riverside Art Museum, which is one of her most significant buildings. Californian born architect Julia Morgan designed the Asilomar Conference Grounds as well as being behind Chinatown in San Francisco and other significant buildings including the Riverside Art Museum. | <Subject> Asilomar_Conference_Grounds <Predicate> architect <Object> Julia_Morgan |
Asilomar Conference Grounds which are designed based on the architecture style of "Arts and Crafts Movement and American craftsman Bungalows" and have the reference number in the National Register of Historic Places of 87000823, were constructed in 1913 at Asilomar Blvd., Pacific Grove, California. The location of Asilomar Conference Grounds constructed in 1913 is Asilomar Blvd., Pacific Grove, California. It has the reference number 87000823 in the National Register of Historic Places and was designed based on the architecture style of "Arts and Crafts Movement and American craftsman Bungalows". The location of Asilomar Conference Grounds, built in 1913 in the style of the "Arts and Crafts Movement and American Craftsman Bungalows", is Asilomar Blvd., Pacific Grove, California; and it has the reference number "87000823" in the National Register of Historic Places. | <Subject> Asilomar_Conference_Grounds <Predicate> location <Object> "Asilomar Blvd., Pacific Grove, California" |
The Asilomar Conference Grounds is located on Asilomar Blvd, Pacific Grove, California, was constructed in 1913, added to the National Register of Historic Places on 27 February 1987 where is has the reference number 87000823. Asilomar Conference Grounds, constructed in 1913, is located at Asilomar Blvd., Pacific Grove, California and was added to the National Register of Historic Places on February the 27nd 1987 with the reference number "87000823". Asilomar Conference Grounds is located at Asilomar Blvd., Pacific Grove, California having been constructed in 1913. It was added to the National Register of Historic Places on February the 27nd 1987 with the reference number 87000823. | <Subject> Asilomar_Conference_Grounds <Predicate> location <Object> "Asilomar Blvd., Pacific Grove, California" |
Asilomar Conference Grounds is located on Asilomar Blvd, in Pacific Grove, California, and was constructed in 1913. They are an example of the Arts and Crafts Movement and American craftsman Bungalows, and were added to the National Register of Historic Places on 27 February 1987. Asilomar Conference Grounds on Asilomar Blvd., Pacific Grove, California, was constructed in 1913 and added to the National Register of Historic Places on February the 27, 1987. It is designed in the arts and crafts style, and it is an example of American craftsman bungalows. Asilomar Conference Grounds is located on Asilomar Blvd, Pacific Grove, California and were constructed in 1913 in the architectural style of the "Arts and Crafts Movement and American Craftsman Bungalows". The Grounds were added to the National Register of Historic Places on 27 February 1987. | <Subject> Asilomar_Conference_Grounds <Predicate> location <Object> "Asilomar Blvd., Pacific Grove, California" |
Asilomar Conference Grounds are located in Pacific Grove, California, was constructed in 1913, has the reference number 87000823 in the National Register of Historic Places and architecturally is of the "Arts and Crafts Movement and American Craftsman Bungalows". The Asilomar Conference Grounds built in 1913 is located at Pacific Grove, California and was built in the architectural style of the "Arts and Crafts Movement and American craftsman Bungalows". "87000823" is the reference number in the National Register of Historic Places. The Asilomar Conference Grounds is located at Pacific Grove, California and it was constructed in 1913. Its architecture is of the "Arts and Crafts Movement and American Craftsman Bungalows". It has the reference number 87000823 in the National Register of Historic Places. | <Subject> Asilomar_Conference_Grounds <Predicate> location <Object> Pacific_Grove,_California |
Located in Pacific Grove, California, Asilomar Conference Grounds were constructed in 1913, added to the National Register of Historic Places on 27nd February 1987 and is in the architectural style of the "Arts and Crafts Movement and American Craftsman Bungalows". Asilomar Conference Grounds, constructed in 1913, are located in Pacific Grove, California and were added to the National Register of Historic Places on February the 27nd 1987. Their style is the arts and crafts, and they are an example of American craftsman bungalows. The Asilomar Conference Grounds are located at Pacific Grove, California and they were constructed in 1913. Its architecture is "Arts and Crafts Movement and American Craftsman Bungalows" and it was added to the National Register of Historic Places on the 27th February 1987. | <Subject> Asilomar_Conference_Grounds <Predicate> location <Object> Pacific_Grove,_California |
Asser Levy Public Baths are located on Asser Levy Place and East 23rd Street, were constructed in 1904 and added to the National Register of Historic Places on 23rd April 1980 with reference number 80002709. The Asser Levy Public Baths were built in 1904 and are located in Asser Levy Place, East 23rd Street. They were added to the National Register of Historic Places on 23rd April 1980 with the reference number is 80002709. The Asser Levy Public Baths, constructed in 1904 are in Asser Levy Place and East 23rd Street. They were added to the National Register of Historic Places on 23rd April 1980 with the reference number 80002709. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> "Asser Levy Place and East 23rd Street" |
Asser Levy Public Baths which was constructed in 1904 is located on 23rd Street, Manhattan. It was added to the National Register of Historic Places on 1980-04-23 with the reference number 80002709. Located on 23rd Street Manhatten, Asser Levy Public Baths was built in 1904 and added to the National Register of Historic Places on 23rd April 1980 where its reference number is 80002709. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> 23rd_Street_(Manhattan) |
Asser Levy Public Baths are located in Manhattan and were constructed in 1904. The Baths were added to the National Register of Historic Places on 1980-04-23 under reference 80002709. The Asser Levy Public Baths was built in 1904 and is located in Manhattan. The building was added to the National Register of Historic Places on 23 April 1980 with the reference number 80002709. Located in Manhattan, Asser Levy Public Baths were constructed in 1904 and added to the National Register of Historic Places on 23rd April 1980 where it has the reference number 80002709. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> Manhattan |
The Asser Levy Public Baths constructed in 1904 are located in New York City and were added to the National Register of Historic Places on 1980-04-23 with the reference number 80002709. Built in 1904 and added to the National Register of Historic Places on 1980/04/23 (reference number 80002709), the Asser Levy Public Baths can be found in New York City. The location of Asser Levy Public Baths, built in 1904 is New York City. They were added to the National Register of Historic Places on 23rd April 1980 with the Reference Number 80002709. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
The Asser Levy Public Baths are located in New York City, parts of which are Brooklyn and Manhattan (where Gale Brewer is the leader). Asser Levy Public Baths are located in New York City, which has Manhattan (with Gale Brewer is its leader) and Brooklyn as districts within it. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
Asser Levy Public baths are located in New York City, Manhattan, New York, US. Asser Levy Public Baths are in New York City, Manhattan, New York, United States. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
Cyrus Vance Jr. is one of the leaders of Manhattan which is part of New York City U.S. which is where Asser Levy Public Baths are located. The Asser Levy Public Baths are located in New York City, part of Manhattan, in the United States. The leader of Manhattan is Cyrus Vance Jr. Asser Levy Public Baths are located in New York City, Manhattan, United States. Cyrus Vance Jr is the leader of Manhattan. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
The Asser Levy Public Baths are located in New York City, US, which is part of New Netherland. Brooklyn is one part of New York City. The Asser Levy Public Baths are located in New York City, a part of which is Brooklyn. New York City was part of New Netherland and can be found in the United States. New York City, USA where one can find Asser Levy Public Baths, is part of New Netherland and contains cities such as Brooklyn. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
The Asser Levy Public Baths are located in New York City which is located in the U.S. Both Manhattan and Brooklyn are also situated in New York. The Asser Levy Public Baths are located in New York City, United States. Manhattan and Brooklyn are both parts of New York City. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
The Asser Levy Public Baths are located in New York City, New York, USA, as is Brooklyn. Brooklyn is part of New York City, which is also the location of Asser Levy Public Baths. New York City is part of New York, United States. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
The Asser Levy Public Baths are located in Manhattan, New York City, United States. The Asser Levy Public Baths are located in Manhattan, New York City, New York State, U.S. The Asser Levy Public Baths are located in New York City, New York, United States. Manhattan is one part of New York City. | <Subject> Asser_Levy_Public_Baths <Predicate> location <Object> New_York_City |
103 Colmore Row was designed by the architect, John Madin who was born in Birmingham which has the postcode area 'B' and is where the Liberal Democrats are the leaders. John Madin, born in Birmingham, designed 103 Colmore Row. The B postcode is the postal code of Birmingham and the Liberal Democrats are leaders there. | <Subject> Birmingham <Predicate> leader <Object> Liberal_Democrats |
Designer of 103 Colmore Row, John Madin's hometown was Birmingham, a town led by the Liberal Democrats and the postcode area 'B'. The architect John Madin who designed 103 Colmore Row was born in Birmingham which has the B postcode and is led by the Liberal Democrats. | <Subject> Birmingham <Predicate> leader <Object> Liberal_Democrats |
Birmingham has the B postcode and one of the city leaders is Labour politician John Clancy. The architect who designed 103 Colmore Row, John Madin, was born in the city. John Madin, the architect who designed 103 Colmore Row, was born in Birmingham which has the postcode 'B'and is where Labour politician John Clancy is leader. | <Subject> Birmingham <Predicate> postalCode <Object> B_postcode_area |
103 Colmore Row was designed by Birmingham born architect John Madin. The British politician Khalid Mahmood is a leader in the city and the postcode is the letter B. 103 Colmore Row was designed by the architect John Madin, who was born in Birmingham. Khalid Mahmood is one of the leaders of Birmingham and the city has the postcode area 'B'. | <Subject> Birmingham <Predicate> postalCode <Object> B_postcode_area |
Led by Andrew Mitchell and with the postcode area 'B', Birmingham is the hometown of architect John Madin, who designed 103 Colmore Row. Birmingham, which has the B postcode is led by Andrew Mitchell and is the hometown of architect John Madin who designed 103 Colmore Row. 103 Colmore Row was designed by the architect John Madin, who was born in Birmingham. The postal code of Birmingham is B and the leader is Andrew Mitchell. | <Subject> Birmingham <Predicate> postalCode <Object> B_postcode_area |
The Conservative Party lead Birmingham which has the B postal code and is the birthplace of architect John Madin who designed 103 Colmore Row. The B postcode area is the postal code of Birmingham which is led by the Conservative Party (UK). The city is the birthplace of the architect John Madin who designed 103 Colmore Row. 103 Colmore Row was designed by the architect John Madin, who was born in Birmingham, UK (postcode area 'B'), governed by the Conservative Party. | <Subject> Birmingham <Predicate> postalCode <Object> B_postcode_area |
The leader of Birmingham which has the B postcode is the Conservative Party (UK). The city is the home town of John Madin, the architect who designed 103 Colmore Row. 103 Colmore Row was designed by the architect John Madin, from Birmingham, UK (postcode 'B'), governed by the Conservative Party. Tory-controlled Birmingham (postcode area B), is home to John Madin, the architect who designed 103 Colmore Row. | <Subject> Birmingham <Predicate> postalCode <Object> B_postcode_area |
The Addis Ababa City Hall is in the country of Ethiopia (leader: Hailemariam Desalegn). Addis Ababa is home to the Addis Ababa City Hall and The Addis Ababa Stadium. The Addis Ababa City Hall is located in Addis Ababa (Ethiopia) which is also where the Addis Ababa stadium can be found. The leader of Ethiopia is Hailemariam Desalegn . Ethiopia, led by Hailemariam Desalegn, is home to the Addis Ababa City Hall and Addis Ababa Stadium, both located in the city that named them. | <Subject> Ethiopia <Predicate> leader <Object> Hailemariam_Desalegn |
Addis Ababa in Ethiopia (led by Hailemariam Desalegn) is the location of Addis Ababa City Hall and Addis Ababa Stadium. Both Addis Ababa Stadium and City Hall are located in Addis Ababa, Ethiopia, whose leader is Hailemariam Desalegn. Addis Ababa Stadium and Addis Ababa City Hall is located in Addis Ababa, Ethiopia, where Hailemariam Desalegn is the leader. | <Subject> Ethiopia <Predicate> leader <Object> Hailemariam_Desalegn |
Ethiopia is led by Hailemariam Desalegn and uses the Amharic language. The Addis Ababa City Hall is located in the city of Addis Ababa. Addis Ababa City Hall is located in Addis Ababa, Ethiopia. Hailemariam Desalegn is the ruler, where the language spoken is Amharic. | <Subject> Ethiopia <Predicate> leader <Object> Hailemariam_Desalegn |
The Addis Ababa Stadium and Addis Ababa City Hall are located in Addis Ababa, Ethiopia, a country with leader Mulatu Teshome. Addis Ababa Stadium and Addis Ababa City Hall are located in Addis Ababa, Ethiopia. The leader in Ethiopia is Mulatu Teshome. Addis Ababa is in Ethiopia which has a leader named Mulatu Teshome. Addis Ababa City Hall and the Addis Ababa Stadium are both in Addis Ababa. | <Subject> Ethiopia <Predicate> leader <Object> Mulatu_Teshome |
Addis Ababa City Hall is in Addis Ababa, Ethiopia. Amharic is the national language, and their leader is Mulatu Teshome. Mulatu Teshome is the leader of Ethiopia which has the Amharic language. Addis Ababa City Hall is located in Addis Ababa in the country. Ethiopia is led by Mulatu Teshome and has the spoken language of Amharic, and is the location of Addis Ababa City Hall, which can be found in Addis Ababa. | <Subject> Ethiopia <Predicate> leader <Object> Mulatu_Teshome |
Addis Ababa City Hall is located in Addis Ababa, Ethiopia, where main leaders are Mulatu Teshome and Hailemariam Desalegn. Addis Ababa City Hall can be found in Addis Ababa, Ethiopia, a country led by Mulatu Teshome and Hailemariam Desalegn. | <Subject> Ethiopia <Predicate> leader <Object> Mulatu_Teshome |
Hailemariam Desalegn is the leader of Ethiopia along with Mulatu Teshome. Addis Ababa City Hall is located in the country in the city of Addis Ababa. Leaders in Ethiopia are Mulatu Teshome and Hailemariam Desalegn. Addis City Hall, Ethiopia is in Addis Ababa. Addis Ababa City Hall is located in Addis Ababa, Ethiopia which is led by Mulatu Teshome and Hailemariam Desalegn. | <Subject> Ethiopia <Predicate> leader <Object> Mulatu_Teshome |
Led by Anandiben Patel, Amdavad ni Gufa can be found in Gujarat, India, where India is led by T S Thakur. Amdavad ni Gufa is located in Gujarat, India. The leader of Gujarat is Anandiben Patel and T.S. Thakur was an Indian leader. Amdavad ni Gufa is located in Gujarat India. Anandiben Patel is leader in Gujarat whilst TS Thakur is leader in India. | <Subject> Gujarat <Predicate> leader <Object> Anandiben_Patel |
Two of India's leaders are Narendra Modi and T S Thakur. Amdavad ni Gufa is located in Ahmedabad in the country. Amdavad ni Gufa is located in Ahmedabad, India. Two leaders of the country are T S Thakur and Narendra Modi. Amdavad ni Gufa is located in Ahmedabad, India, a country which has the leaders T S Thakur and Narendra Modi. | <Subject> India <Predicate> leader <Object> T._S._Thakur |
Amdavad ni Gufa is located in Ahmedabad, India, a country which previously had the leader T. S. Thakur and now has leader Sumitra Mahajan. The leader of India is called T S Thakur and another leader there is Sumitra Mahajan. Amdavad ni Gufa is located in Ahmedabad in India. Amdavad ni Gufa is located in Ahmedabad, in India, the country where T S Thakur and Sumitra Mahajan are leaders. | <Subject> India <Predicate> leader <Object> T._S._Thakur |
Amdavad ni Gufa is located in Gujarat, India. T. S. Thakur and Sumitra Mahajan have been leaders of India. Amdavad ni Gufa is located in Gujarat India. Both T S Thakur and Sumitra Mahajan have been leaders in India. T S Thakur and Sumitra Mahajan are leaders in India. Amdavad ni Gufa is located in Gujarat, India. | <Subject> India <Predicate> leader <Object> T._S._Thakur |
Japan, home to many Brazilians, is also home to the Akita Museum of Art, founded and located in Akita Prefecture. The Akita Museum of Art is located in Akita Prefecture, in Akita, Akita, Japan, a country with the ethnic group the Brazilians. Brazilians are One of the ethnic groups in Japan the country where the Akita Museum of Art is located in Akita, Akita, in Akita Prefecture. | <Subject> Japan <Predicate> ethnicGroup <Object> Brazilians_in_Japan |
The Akita Museum of Art is located in Akita Prefecture, in Akita, Japan, which has an ethnic group called Filipinos. Akita Museum of Art is an art museum in the city of Akita, part of the Akita Prefecture which is in Japan. One of the ethnic groups in Japan is the Filipinos. The Filipinos are one of the ethnic groups in Japan which is the location of the Akita Museum of Art in Akita, Akita Prefecture. | <Subject> Japan <Predicate> ethnicGroup <Object> Filipinos_in_Japan |
Bill Marriot is the key person at Marriott International which was founded in Washington D.C. and is now located in Bethesda Maryland as well as being the tenant of the AC Hotel Bella Sky Copenhagen. Mariott International, led by Bill Marriott and founded in Washington D.C., is located in Bethesda Maryland and is a key tenant of AC Hotel Bella Sky Copenhagen. | <Subject> Marriott_International <Predicate> location <Object> Bethesda,_Maryland |
Adare Manor is located in the Republic of Ireland, where the leader is Enda Kenny, the currency is the Euro and English is the primary language. Adare Manor is located in the Republic of Ireland, which is led by Enda Kenny, uses the Euro, and speaks English. In the Republic of Ireland the currency is the euro, the language English, and the leader is Enda Kenny. It is the location of Adare Manor. | <Subject> Republic_of_Ireland <Predicate> language <Object> English_language |
Adare Manor is located in the Republic of Ireland which is led by Enda Kenny. The language of the republic is English and the native people are known as Irish. Adare Manor is located in the Republic of Ireland, where the leader is Enda Kenny, English is the primary language and where the Irish people live. | <Subject> Republic_of_Ireland <Predicate> language <Object> English_language |
Washington D.C. is the capital of the USA which is led by President Barack Obama. The US is the location of 250 Delaware Avenue. Washington D.C. is the capital of the USA where the leader is President Barack Obama. 250 Delaware Avenue is located in the United States. | <Subject> United_States <Predicate> capital <Object> Washington,_D.C. |
In the United States, where both the capital Washington D.C. and 250 Delaware Avenue are located, is the President, Joe Biden. Washington DC is the capital of the United States where the leader is known as the President. One of the leaders in the United States is Joe Biden. 250 Delaware Avenue is located in the United States. | <Subject> United_States <Predicate> capital <Object> Washington,_D.C. |
John Roberts is the Chief Justice in America where the leader is known as the President of the United States and the capital is Washington DC. The US is the location of 250 Delaware Avenue. | <Subject> United_States <Predicate> capital <Object> Washington,_D.C. |
250 Delaware Avenue is located in the United States, the leader of which was President Barack Obama, a member of the African American ethnic group. 250 Delaware Avenue is located in the United States where Barack Obama is the leader and his title is President of the United States. One of the ethnic groups of the United States are the African Americans. Led by President Barack Obama, the United States has one ethnic group called African Americans and is the location of 250 Delaware Avenue. | <Subject> United_States <Predicate> ethnicGroup <Object> African_Americans |
English is the language of the United States, where the leader is President Barack Obama. 250 Delaware Avenue is an address located in the United States. | <Subject> United_States <Predicate> language <Object> English_language |
The leader of the United States is titled President and the language spoken is English. The country, where John Roberts is a leader, is the location of 250 Delaware Avenue. The leader of the United States has the title of president. John Roberts is a leader in the US and the country's language is English. 250 Delaware Avenue is in the US. | <Subject> United_States <Predicate> language <Object> English_language |
250 Delaware Avenue is located in the United States, where English is the main language, and Paul Ryan is a leader alongside the President of the United States. Paul Ryan is the leader of the United States where the title of the leader is President. The English language is spoken in the US and it is the location of 250 Delaware Avenue. | <Subject> United_States <Predicate> language <Object> English_language |
250 Delaware Avenue is located in the United States (with an important ethnic group being Asian Americans), led by the President of the United States and also with Joe Biden in a leadership role. 250 Delaware Avenue is located in the United States, home to a substantial population of Asian origin and led by the President (and vice president Joe Biden). Vice president Joe Biden is leader of the United States, located at 250 Delaware Avenue, where ethnic group of Asians reside. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
White Americans are an ethnic group in the U.S. which is led by the President. Joe Biden is a leader in that country. 250 Delaware Ave. is in the U.S. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
Joe Biden and Paul Ryan are leaders of the United States which is led by a President. The country is the location of 250 Delaware Avenue. 250 Delaware Avenue is in the United States which is led by the President. Paul Ryan and Joe Biden are leaders in the country. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
The United States, which is led by a President is the location of 250 Delaware Avenue. Joe Biden is a leader in the country and John Roberts is the Chief Justice. The leader of the United States, Joe Biden is known as the President. The Chief Justice is John Roberts an 250 Delaware Avenue is also located in the United States. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
In the United States where the leader is known as the President of the United States, John Roberts is the Chief Justice, one of the leaders is Paul Ryan and it is where 250 Delaware Avenue is located. The leader of the US is known as the President and two of the leaders are John Roberts and Paul Ryan. The country is the location of 250 Delaware Avenue. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
Paul Ryan is the leader of the United States governed by the President. An example of a building in the United States is 250 Delaware Avenue and an example of an ethnic group is White Americans. In the United States, the leader of the country is called the President of the United States. One of the country's leaders is Paul Ryan and one of the ethnic groups is White Americans. Also located in the U.S. is 250 Delaware Avenue. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
The leader of the United States is Paul Ryan. The leader of the United States is President Barack Obama. 250 Delaware Avenue is an address in the United States. The United States is led by President Barack Obama along with Paul Ryan, and is the location of 250 Delaware Avenue. | <Subject> United_States <Predicate> leaderTitle <Object> President_of_the_United_States |
Donal O'Ceallaigh discovered (15788) 1993 SB which has an epoch date of March 6th 2006. It has an orbital period of 7729430000 and a periapsis of 3997100000000. The celestial body known as (15788) 1993 SB has a periapsis of 3997100000000 and an orbital period of 7729430000.0. It was discovered by Donal O'Ceallaigh and has the epoch date of 6 March 2006. (15788) 1993 SB has an epoch date of March 6th 2006 and was discovered by Donal O'Ceallaigh. It has an orbital period of 7729430000 and a periapsis of 3997100000000.0. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Donal_O'Ceallaigh |
Donal O'Ceallaigh discovered (15788) 1993 SB, which has an epoch date of March 6th 2006 and an apoapsis of 7715100000 kilometres. The periapsis of this celestial body measures 3997100000000. Donal O'Ceallaigh discovered (15788) 1993 SB whose epoch date was on March 6th 2006. Its periapsis is 3997100000000 and its apoapsis is 7715100000.0 kilometres. (15788) 1993 SB, which was discovered by Donal O'Ceallaigh, has an epoch date of March 6th 2006. The periapsis measurement is 3997100000000.0 and the apoapsis is 7715100000.0 (kilometres). | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Donal_O'Ceallaigh |
Iwan P Williams discovered 15788 1993 SB on its epoch date of March 6th 2006. That celestial body has an orbital period of 7729430000.0 and a periapsis of 3997100000000. Iwan P Williams discovered 15788 1993 SB on its epoch date of March 6th 2006. The celestial body has an orbital period of 7729430000.0 and a periapsis of 3997100000000.0. 15788 was discovered by Iwan P Williams on 1993 SB. Its orbital period is 7729430000, periapsis of 3997100000000, and its epoch is the 6th of March, 2006. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Iwan_P._Williams |
The celestial body, discovered by Iwan P Williams, known as (15788) 1993 SB, has a periapsis of 3997100000000. It has an epoch date of March 6th 2006 and an apoapsis of 7715100000 kilometres. Iwan P Williams discovered 15788 1993 SB, it has an epoch date of March 6th 2006, a periapsis of 3997100000000.0. and an apoapsis of 7715100000.0 Km. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Iwan_P._Williams |
The celestial body known as (15788) 1993 SB was discovered by Roque de los Muchachos Observatory on 6 March 2006. It has an orbital period of 7729430000.0 and a periapsis of 3997100000000. (15788) 1993 SB was discovered by Roque de los Muchachos Observatory and has an epoch of 6th March 2006. It has an orbital period of 7729430000 and a periapsis of 3997100000000. (15788) 1993 SB, with an epoch date of March 6, 2006 was found by Roque de los Muchachos Observatory. It has an orbital period of 7729430000.0 and periapsis of 3997100000000.0. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Roque_de_los_Muchachos_Observatory |
Discovered by Roque de los Muchachos Observatory, (15788) 1993 SB, has an epoch date of March 6th 2006. It has a periapsis of 3997100000000.0 and its apoapsis is 7715100000.0 kilometres. 15788 1993 SB, which was discovered by Roque de los Muchachos Observatory, has an epoch date of March 6 2006. The measurement of the periapsis is 3997100000000.0 and the apoapsis is 7715100000 kilometres. Discovered by Roque de los Muchachos Observatory, (15788) 1993 SB, has an epoch date of March 6th 2006. It has a periapsis of 3997100000000.0 and an apoapsis of, 7715100000.0 kilometres. | <Subject> (15788)_1993_SB <Predicate> epoch <Object> 2006-03-06 |
15788 1993 SB, which was discovered by Alan Fitzsimmons, has an epoch of March 6th, 2006. It has an orbital period of 7,729,430,000 and a periapsis of 3,997,100,000,000. (15788) 1993 SB was discovered by Alan Fitzsimmons and has an epoch date of 6th March 2006. The orbital period is 7729430000 and the periapsis measurement is 3997100000000.0. The orbital period of 15788 1993 SB is 7729430000.0 and it was discovered by Alan Fitzsimmons. The epoch date is 6 Marcy 2006 and it has a periapsis of 3997100000000. | <Subject> (15788)_1993_SB <Predicate> orbitalPeriod <Object> 7729430000.0 |
(15788) 1993 SB, with an epoch date of March 6th 2006, was discovered by Alan Fitzsimmons. Its periapsis is 3997100000000.0 and its apoapsis measurement is 7715100000.0 km. (15788) 1993 SB had an epoch date on March 6th 2006 and has a periapsis of 3997100000000.Alan Fitzsimmons was its discovered and its apoapsis is 7715100000 kilometres. 15788 1993 SB was discovered by Alan Fitzsimmons and has an epoch date of March 6th 2006. Its apoapsis is 7715100000.0 (kilometres) and it has a periapsis of 3997100000000. | <Subject> (15788)_1993_SB <Predicate> periapsis <Object> 3997100000000.0 |
(19255) 1994 VK8 has an orbital period of 8788850000.0 and its epoch is 31 December 2006. With a mass of 5.6 kgs, (19255) 1994 VK8 has an apoapsis of, 6603633000.0 km. The epoch of (19255) 1994 VK8 is on 31 December 2006. It is 5.6 kilos big, an orbital period of 8788850000.0 and an apoapsis of 6603633000.0 kilometres. (19255) 1994 VK8 has an epoch date of 31 December 2006 and a mass of 5.6 kilograms. The orbital period is 8788850000.0 and the apoapsis measurement is 6603633000.0 km. | <Subject> (19255)_1994_VK8 <Predicate> epoch <Object> 2006-12-31 |
(19255) 1994 VK8 has an orbital period of 8788850000.0 and an apoapsis of, 6603633000.0 km. Its epoch is on 31 December 2006 and it has an escape velocity of 0.0925 kilometres per second. The epoch of (19255) 1994 VK8 is on 31 December 2006. It has an orbital period of 8788850000.0, an escape velocity of 0.0925 km/s. and an apoapsis of 6603633000.0 kilometres. 19255 1994 VK8 has an escape velocity of 0.0925 kilometers/s, apoapsis of 6603633000 kilometers, orbital period of 8788850000, and an epoch on the 31st of December, 2006. | <Subject> (19255)_1994_VK8 <Predicate> orbitalPeriod <Object> 8788850000.0 |
With a density of 3.5 kgs, (29075) 1950 DA, was discovered by Carl A Wirtanen. The orbital period of (29075) 1950 DA is 69862200.0, and it has a periapsis of 124950000000.0. Discovered Carl A Wirtanen, (29075) 1950 DA, has a density of 3.5 kilograms. Its orbital period is 69862200.0, and it has a periapsis of 124950000000.0. Carl A Wirtanen discovered (29075) 1950 DA. It has a density of 3.5 kilograms, an orbital period of 69862200.0 and a periapsis of 124950000000.0. | <Subject> (29075)_1950_DA <Predicate> density <Object> 3.5 (kilograms) |
(29075) 1950 DA has a mass of 4.0 kilograms and an orbital period of 69862200.0. It has a periapsis of 124950000000.0 and an epoch date of August 27th 2011. 29075 1950 DA with the epoch date 27 August 2011, has an orbital period of 69862200.0, a periapsis of 124950000000.0 and a mass of 4.0 kgs. (29075) 1950 DA, has a mass of 4.0 kilograms and an epoch date of August 27th 2011. Its orbital period is, 69862200.0 and it has a periapsis of, 124950000000.0. | <Subject> (29075)_1950_DA <Predicate> epoch <Object> 2011-Aug-27 |
(410777) 2009 FD was discovered by Spacewatch and has an epoch date of June 27th 2015. It has a mass of 8.3kgs and a periapsis of 88234300000.0. The epoch date of 410777 2009 FD is 27 June 2015 and it was discovered by Spacewatch. It has a mass of 8.3 kgs and a periapsis of 88234300000.0. (410777) 2009 FD was discovered by Spacewatch. It has a mass of 8.3 kgs and a periapsis of 88234300000.0. Its epoch date is June 27th 2015. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch |
410777 2009 FD, which was discovered by Spacewatch, has a mass of 8.3 kgs. The apoapsis is 259776702.47055 kilometers and it has an orbital period of 39447000.0. The celestial body known as (410777) 2009 FD was discovered by Spacewatch. It has a mass of 8.3kgs, an orbital period of 39447000 and an apoapsis of 259776702.47055 kilometres. The celestial body known as (410777) 2009 FD was discovered by Spacewatch and has an orbital period of 39447000. With an apoapsis of 259776702.47055 kilometres this body has a mass of 8.3 kgs. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch |
410777) 2009 FD was discovered by Spacewatch and has a mass of 8.3 kgs. Its orbital period is 39447000.0 and its periapsis is 88234300000.0. Spacewatch discovered The celestial body known as (410777) 2009 FD, which has an orbital period of 39447000. It also has a periapsis of 88234300000.0 and it has a mass of 8.3 kilograms. 410777 2009 FD was discovered by Spacewatch. It has mass of 8.3 kilograms, an orbital period of 39,447,000 and a periapsis of 88,234,300,000. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch |
The celestial body known as (410777) 2009 FD (discovered by Spacewatch) has an orbital period of 39447000, the epoch date of June 27th 2015 and the apoapsis of 259776702.47055 kilometers. (410777) 2009 FD has an epoch date of June 27th 2015 and an orbital period of 39447000.0. It was discovered by Spacewatch and has an apoapsis of 259776702.47055 kilometres. (410777) 2009 FD was discovered by Spacewatch and its epoch date was on June 27th 2015. Its apoapsis is 259776702.47055 mms and has an orbital period of 39447000.0. | <Subject> (410777)_2009_FD <Predicate> epoch <Object> 2015-06-27 |
Spacewatch discovered, (410777) 2009 FD, which has an orbital period of 39447000.0. Additionally, it has a periapsis of 88234300000.0 and an apoapsis of, 259776702.47055 kilometers. The celestial body known as (410777) 2009 FD, has an orbital period of 39447000. Discovered by Spacewatch, it has an apoapsis of 259776702.47055 kilometres and a periapsis of, 88234300000.0. (410777)2009 FD (discovered by Spacewatch); has an orbital period of 39447000, a periapsis of 88234300000.0 and an apoapsis of, 259776702.47055 kilometers. | <Subject> (410777)_2009_FD <Predicate> orbitalPeriod <Object> 39447000.0 |
The celestial body known as (410777) 2009 FD and discovered by Spacewatch has an orbital period of 39447000. Its epoch date is June 27, 2015 and has a periapsis of 88234300000.0. (410777) 2009 FD (discovered by Spacewatch); has an orbital period of 39447000.0, a periapsis of 88234300000.0, and an epoch date of June 27th 2015. (410777) 2009 FD was discovered by Spacewatch and has an epoch date of 410777 2009 FD is 27 June 2015. 410777 2009 FD has an orbital period of 39447000.0. and periapsis of 88234300000.0. | <Subject> (410777)_2009_FD <Predicate> orbitalPeriod <Object> 39447000.0 |
(410777) 2009 FD, discovered by Spacewatch, has an epoch date of June 27th 2015. It has a periapsis of 88234300000.0 and an apoapsis of 259776702.47055 kilometers. Discovered by Spacewatch, (410777) 2009 FD, has an apoapsis of 259776702.47055 kilometres. An asteroid, (410777) 2009 FD, has a periapsis of 88234300000.0 and the epoch date, 27 June 2015. | <Subject> (410777)_2009_FD <Predicate> periapsis <Object> 88234300000.0 |
The Lincoln Near-Earth Asteroid Research centre discovered the asteroid (66063) 1998 RO1 on its epoch date of 2013-11-04. That celestial body has an orbital period of 360.29 days and a periapsis of 41498400000. The Lincoln Near-Earth Asteroid Research centre discovered the asteroid, (66063) 1998 RO1, which has an orbital period of 360.29 days. With an epoch on 13th of January 2016, (66063) 1998 RO1, has a perisapsis of 41498400000.0 Gm. | <Subject> (66063)_1998_RO1 <Predicate> discoverer <Object> Lincoln_Near-Earth_Asteroid_Research |
(66063) 1998 RO1, which was once known as 1999 SN5, has an orbital period of 360.29 days. This celestial body has an epoch date of 13th January 2016 and a periapsis of 41498400000. | <Subject> (66063)_1998_RO1 <Predicate> epoch <Object> 2013-11-04 |
13 January 2016 is the epoch date for (66063) 1998 RO1 which has an orbital period of 360.29 days. It has an apoapsis of 254989570.60815 kilometres and a periapsis of 41498400000.0. 66063 1998 RO1 has a periapsis of 41498400000 and an apoapsis of 254989570.60815 kilometres. It has an orbital period of 360.29 days and an epoch date of 4th November 2013. (66063) 1998 RO1 has an epoch date of 2013-11-04. Its orbital period is 360.29 days and its periapsis measures 41498400000.0. The apoapsis for this celestial body is 254989570.60815 km. | <Subject> (66063)_1998_RO1 <Predicate> orbitalPeriod <Object> 360.29 (days) |
(66063)1998 RO1 has an epoch date on 4th November 2013 and has an orbital period of 360.29 days. Its periapsis is 41498400000.0 and has an escape velocity of 0.0999 km/s. 66063 1998 RO1 has an orbital period of 360.29 days and a periapsis measuring 41498400000.0. Its epoch is on the 13th of January 2016 and it has an escape velocity of 0.0999 km/s. | <Subject> (66063)_1998_RO1 <Predicate> orbitalPeriod <Object> 360.29 (days) |
(66391) 1999 KW4 was discovered by Lincoln Near-Earth Asteroid Research making its epoch date July 14, 2004. The celestial body has an orbital period of 16244700 and a periapsis of 29919600000.0. The celestial body known as (66391) 1999 KW4, with the epoch date 14 July 2004, was discovered by Lincoln Near-Earth Asteroid Research. It has an orbital period of 16244700 and a periapsis of 29919600000.0. (66391) 1999 KW4 was discovered by Lincoln Near-Earth Asteroid Research and had its epoch date on July 14th 2004.Its periapsis is 29919600000.0 and has an orbital period of 16244700.0. | <Subject> (66391)_1999_KW4 <Predicate> discoverer <Object> Lincoln_Near-Earth_Asteroid_Research |
The asteroid called (66391) 1999 KW4 has an orbital period of 16244700.0 and an apoapsis of 162164091.8388 kilometres. It has an escape velocity of zero and the epoch date is 14 July 2004. An asteroid named 66391 1999 KW4 has an escape velocity of 0, or initial period of 16244700, apoapsis of 162164091.8388 kilometers, and its epoch is the 14th of July, 2004. The celestial body known as (66391) 1999 KW4 's epoch date is July 14, 2004 and it has an apoapsis of 162164091.8388 km. Its escape velocity is 0 and its orbital period is 16244700. | <Subject> (66391)_1999_KW4 <Predicate> epoch <Object> 2004-07-14 |
The epoch date for (66391) 1999 KW4 is 2004-07.14 and it has an escape velocity of 0. It has an orbital period of 16244700.0 and a periapsis of 29919600000.0. The asteroid called (66391) 1999 KW4 has an orbital period of 16244700.0 and an epoch date of July 14th 2004. It also, has an escape velocity of 0 and a peripsis of 29919600000.0. (66391) 1999 KW4 has an epoch date of July 14th 2004, an escape velocity of 0, an orbital period of 16244700.0 and a periapsis of 29919600000.0. | <Subject> (66391)_1999_KW4 <Predicate> epoch <Object> 2004-07-14 |
The epoch date for (66391) 1999 KW4 is July 14, 2004. Its escape velocity is 0, has a peripsis of 29919600000.0 and an apoapsis of 162164091.8388 km. (66391) 1999 KW4 has an epoch date of July 14th 2004 and an escape velocity of 0. It has a periapsis of 29919600000.0 and an apoapsis of 162164091.8388 km. The celestial body known as (66391) 1999 KW4 has an apoapsis of 162164091.8388 km and a periapsis of 29919600000.0. It has an escape velocity of 0 and an epoch date of July 14th 2004. | <Subject> (66391)_1999_KW4 <Predicate> epoch <Object> 2004-07-14 |
The celestial body known as (66391) 1999 KW4 has an epoch date of 14 July 2004 and an orbital period of 16244700. It has a periapsis of 29919600000.0 and an apoapsis of 162164091.8388 kilometres. The asteroid (66391) 1999 KW4, with an epoch date of 14th July 2004, has an orbital period of 16244700.0, an apoapsis of 162164091.8388 km and a periapsis of 29919600000.0. | <Subject> (66391)_1999_KW4 <Predicate> epoch <Object> 2004-07-14 |
The epoch of 1000 Piazzia is 2015-06-27 and it was formerly called "1923 NZ1951 OB". It has an orbital period of 488160.0 and a periapsis of 352497000000.0. 1000 Piazzia, which was once known as 1923 NZ1951OB has an epoch date of June 27th 2015 and a periapsis of 352497000000.0. The orbital period of 1000 Piazzia is 488160.0. The celestial body 1000 Piazzia was formerly known as 1923 NZ1951OB. It has an orbital period of 488160 and a periapsis of 352497000000.0. Its epoch is 27th June 2015. | <Subject> 1000_Piazzia <Predicate> epoch <Object> 2015-06-27 |
The dark asteroid 1000 Piazzia was formerly known as 1967 ED. It has an orbital period of 488160.0 and a periapsis of 352497000000.0. Its epoch is 27th June 2015. 1000 Piazzia, once known as 1967 ED, has an orbital period of 488160.0, a periapsis of 352497000000.0 and the epoch date June 27th 2015. 1000 Piazzia, formerly known as 1967 ED, has an orbital period of 488160.0 and a periapsis of 352497000000.0. Its epoch is 27th June 2015. | <Subject> 1000_Piazzia <Predicate> epoch <Object> 2015-06-27 |
The dark asteroid called 1000 Piazzia, has an orbital period of 488160.0 and a mass of 1.1kg. Its periapsis is 352497000000.0 and it has the epoch date of, 2015-06-27. 1000 Piazzia has a mass of 1.1 kilograms, orbital period of 488160, periapsis of 352497000000, and an epoch of the 27th of June, 2015. The dark asteroid called 1000 Piazzia has an orbital period of 488160.0 and a mass of 1.1 kilograms. its epoch is 2015-06-27 and it has a periapsis of 352497000000.0. | <Subject> 1000_Piazzia <Predicate> mass <Object> 1.1 (kilograms) |
1001 Gaussia, previously called A911 MD, was discovered by Sergey Belyavsky and has an epoch date of June 27th 2015. It has a periapsis of 419113394.55312 kilometres. 1001 Gaussia was discovered by Sergey Belyavsky on its epoch July 31, 2016. This former asteroid was called A911 MD and it has a periapsis of 419113394.55312 kilometres. | <Subject> 1001_Gaussia <Predicate> discoverer <Object> Sergey_Belyavsky |
Discovered by Sergey Belyavsky, 1001 Gaussia has an orbital period of 5.75 days. this asteroid's epoch date is on 31 July 2016, and it has a periapsis of 419113394.55312 kilometres. Discovered by Sergey Belyavsky, 1001 Gaussia's epoch date is 2015-06-27. With an orbital period of 5.75 days, 1001 Gaussia, has a periapsis of, 419113394.55312 kilometres. 31 July 2016 is the epoch date for 1001 Gaussia which was discovered by Sergey Belyavsky. It has an orbital period of 5.75 days and a periapsis measurement of 419113394.55312 (kilometres). | <Subject> 1001_Gaussia <Predicate> discoverer <Object> Sergey_Belyavsky |
1001 Gaussia was formerly known as "1923 OAA907 XC" and has the epoch date of 31 July 2016. It has a periapsis of 419113394.55312 kilometres and an orbital period of 5.75 days. The epoch of 1001 Gaussia (formerly known as 1923 OAA907 XC) is on 31 July 2016. It has an orbital period of 5.75 days and a periapsis of 419113394.55312 (kilometres). 1001 Gaussia's epoch date is 2015-06-27 and its former name was 1923 OAA907 XC. It has an orbital period of 5.75 days and a periapsis of 419113394.55312 kilometres. | <Subject> 1001_Gaussia <Predicate> epoch <Object> 2015-06-27 |
1001 Gaussia's epoch date is 2015-06-27 and its orbital period is 5.75 days. Its former name is A911 MD and it has a periapsis of 419113394.55312 kilometres. 1001 Gaussia is an asteroid with an orbital period of 5.75 days and has the former name of A911 MD. It has the epoch date of 31 July 2016 and a periapsis measurement of 419113394.55312 (kilometres). The celestial body known as 1001 Gaussia was formerly called A911 MD and has an epoch of 31 July 2016. The orbital Period is 5.75 days and the periapsis is 419113394.55312 (kilometres). | <Subject> 1001_Gaussia <Predicate> epoch <Object> 2015-06-27 |
With an orbit of 1516.6700000000003 days, 101 Helena, was discovered by Canadian, James Craig Watson, who died in Madison, Wisconsin. Canadian, James Craig Watson (died in Madison, Wisconsin), discovered 101 Helena, which has an orbit of 1516.6700000000003 days. 101 Helena was discovered by James Craig Watson. He was a canadian who died in Madison, Wisconsin. 101 Helena has an orbital period of 1516.6700000000003 (days). | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena, was discovered by James Craig Watson, who studied at the University of Michigan, and died from peritonitis, in Madison, Wisconsin. James Craig Watson was the discoverer of 101 Helena. His alma mater was the University of Michigan. He died of peritonitis in Madison, Wisconsin. The discoverer of 101 Helena is James Craig Watson. His Alma Mater is the University of Michigan. Mr. Watson died of peritonitis in Madison, Wisconsin. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena was discovered by the Canadian James Craig Watson. His alma mater is the University of Michigan and he died of peritonitis. 101 Helena was discovered by James Craig Watson, a Canadian whose alma mater was the University of Michigan. Mr. Watson died from peritonitis. James Craig Watson, a Canadian, discovered 101 Helena. He studied at the University of Michigan and died of peritonitis. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena was discovered by James Craig Watson, a Canadian, who studied at the University of Michigan. He died in Madison, Wisconsin. James Craig Watson who studied at the University of Michigan discovered 101 Helena. He is from Canada but died in Madison, Wisconsin. The discoverer of 101 Helena is the Canadian James Craig Watson. His alma mater was the University of Michigan and he died in Madison, Wisconsin. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena was discovered by James Craig Watson, who originated from Canada, studied at the University of Michigan and died from peritonitis. The discoverer of 101 Helena is James Craig Watson, a Canadian. His alma mater was the University of Michigan and he died of peritonitis. 101 Helena was discovered by the Canadian James Craig Watson. His alma mater was the University of Michigan and he died of peritonitis. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
James Craig Watson, whose Alma Mater was the University of Michigan, discovered 101 Helena. He was born in Canada but died in Madison, Wisconsin. James Craig Watson, who discovered 101 Helena, originated from Canada, studied at the University of Michigan and died in Madison, Wisconsin. The discoverer of 101 Helena is the Canadian James Craig Watson. He studied at the University of Michigan and died in Madison, Wisconsin. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena was discovered by the Canadian James Craig Watson, who died in Madison, Wisconsin. Its apoapsis is 441092000.0 kilometres. 101 Helena, with an apoapsis of 441092000.0 kilometres, was discovered by the Canadian James Craig Watson, who died in Madison, Wisconsin. 101 Helena, with an apoapsis of 441092000.0 kilometres, was discovered by James Craig Watson, a Canadian National. Mr. Watson died in Madison, Wisconsin. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
James Craig Watson, who is a Canadian national and discovered 101 Helena, died in Madison, Wisconsin from peritonitis. The discoverer of 101 Helena, was Canadian, James Craig Watson, who died of peritonitis, in Madison, Wisconsin. James Craig Watson discovered 101 Helena. He was a Canadian national who died in Madison, Wisconsin from peritonitis. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
101 Helena was discovered by James Craig Watson who originated from Canada and died of peritonitis in Madison, Wisconsin. 101 Helena was discovered by Canadian, James Craig Watson, who died from peritonitis, in Madison, Wisconsin. Canadian James Craig Watson, who died of peritonitis in Madison, Wisconsin, was the man who discovered 101 Helena. | <Subject> 101_Helena <Predicate> discoverer <Object> James_Craig_Watson |
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