You are given the conttent of a table in the input (row by row). Generate an unambiguous question based on the information present in the table, such that: 1) It's answer is unique and is in the given table, 2) Its answer is a contiguous text span from the table. Avoid creating questions that can be answered correctly without reading/understanding the table

Input: Consider Input: Table: ['Player', 'Country', 'Year(s) won', 'R1', 'R2', 'Total', 'To par']. ['Don January', 'United States', '1967', '76', '74', '150', '+6']. ['Jack Burke, Jr.', 'United States', '1956', '75', '75', '150', '+6']. ['Raymond Floyd', 'United States', '1969', '77', '74', '151', '+7']. ['Jay Hebert', 'United States', '1960', '74', '79', '153', '+9']. ['Dow Finsterwald', 'United States', '1958', '79', '74', '153', '+9']. ['Doug Ford', 'United States', '1955', '77', '80', '154', '+14']. ['Jerry Barber', 'United States', '1961', '78', '80', '158', '+14']. ['Gene Sarazen', 'United States', '1922, 1923, 1933', '81', '79', '160', '+16']. ['Walter Burkemo', 'United States', '1953', '83', '79', '162', '+18']. ['Denny Shute', 'United States', '1936, 1937', '81', '87', '168', '+24']

Output: who are the 1971 pga championship players?

Input: Consider Input: Table: ['Election year', '# of constituency votes', '# of party list votes', '% of party list votes', '# of overall seats won', '+/-']. ['1949', '', '6,934,975', '29.2', '131 / 402', '']. ['1953', '8,131,257', '7,944,943', '28.8', '162 / 509', '22']. ['1957', '11,975,400', '11,875,339', '39.7', '181 / 519', '19']. ['1961', '11,672,057', '11,427,355', '36.2', '203 / 521', '22']. ['1965', '12,998,474', '12,813,186', '39.3', '217 / 518', '14']. ['1969', '14,402,374', '14,065,716', '42.7', '237 / 518', '20']. ['1972', '18,228,239', '17,175,169', '45.8', '242 / 518', '5']. ['1976', '16,471,321', '16,099,019', '42.6', '224 / 518', '18']. ['1980', '16,808,861', '16,260,677', '42.9', '218 / 497', '6']. ['1983', '15,686,033', '14,865,807', '38.2', '193 / 498', '25']. ['1987', '14,787,953', '14,025,763', '37.0', '186 / 497', '7']. ['1990', '16,279,980', '15,545,366', '33.5', '239 / 662', '53']. ['1994', '17,966,813', '17,140,354', '36.4', '252 / 672', '13']. ['1998', '21,535,893', '20,181,269', '40.9', '298 / 669', '43']. ['2002', '20,059,967', '18,484,560', '38.5', '251 / 603', '47']. ['2005', '18,129,100', '16,194,665', '34.2', '222 / 614', '29']. ['2009', '12,077,437', '9,988,843', '23.0', '146 / 620', '76']. ['2013', '12,835,933', '11,247,283', '25.7', '193 / 631', '42']

Output: which year did the social democratic party of germany have 37.0% of party list votes?

Input: Consider Input: Table: ['Group', 'Members', 'Caucusing', 'Total']. ['Socialist Group', '242', '8', '250']. ['RPR Group', '136', '6', '140']. ['UDF Group', '107', '6', '113']. ['Communist Group', '34', '2', '36']. ['Radical, Citizen and Green', '33', '0', '33']. ['Non-Inscrits', '5', '0', '5']. ['Total:', '555', '22', '577']
Output: how many caucusing did the udf group have?