TASK DEFINITION: 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
PROBLEM: Table: ['Year', 'Competition', 'Venue', 'Position', 'Event', 'Notes']. ['1982', 'African Championships', 'Cairo, Egypt', '1st', 'Marathon', '2:21:05']. ['1982', 'Commonwealth Games', 'Brisbane, Australia', '2nd', 'Marathon', '2:09:30']. ['1983', 'World Championships', 'Helsinki, Finland', '15th', 'Marathon', '2:13:11']. ['1983', 'Melbourne Marathon', 'Melbourne, Australia', '1st', 'Marathon', '2:13:50']. ['1984', 'Tokyo Marathon', 'Tokyo, Japan', '1st', 'Marathon', '2:10:49']. ['1984', 'Olympic Games', 'Los Angeles, United States', '6th', 'Marathon', '2:11:10']. ['1984', 'Melbourne Marathon', 'Melbourne, Australia', '1st', 'Marathon', '2:15:31']. ['1986', 'Tokyo Marathon', 'Tokyo, Japan', '1st', 'Marathon', '2:08:10']. ['1986', 'Fukuoka Marathon', 'Fukuoka, Japan', '1st', 'Marathon', '2:10:06']. ['1987', 'World Championships', 'Rome, Italy', '6th', 'Marathon', '2:13:43']. ['1987', 'Beijing Marathon', 'Beijing, PR China', '1st', 'Marathon', '2:12:19']. ['1988', 'Olympic Games', 'Seoul, South Korea', '7th', 'Marathon', '2:13:06']. ['1988', 'Boston Marathon', 'Boston, United States', '2nd', 'Marathon', '']. ['1989', 'New York City Marathon', 'New York, United States', '1st', 'Marathon', '2:08:01']. ['1989', 'Boston Marathon', 'Boston, United States', '2nd', 'Marathon', '']. ['1990', 'Boston Marathon', 'Boston, United States', '2nd', 'Marathon', '']. ['1992', 'Olympic Games', 'Barcelona, Spain', '34th', 'Marathon', '2:19:34']. ['1993', 'World Championships', 'Stuttgart, Germany', '21st', 'Marathon', '2:24:23']. ['1995', 'World Championships', 'Gothenburg, Sweden', '43rd', 'Marathon', '2:30:53']

SOLUTION: what are all the times of juma ikangaa?

PROBLEM: Table: ['Score', '2007', '2008', '2009', '2010', '2011', '2012', '2013']. ['5', '15.3%', '18.4%', '18.0%', '17.1%', '17.0%', '16.4%', '18.9%']. ['4', '18.0%', '17.5%', '17.9%', '18.5%', '18.4%', '19.3%', '21.5%']. ['3', '23.0%', '20.0%', '20.2%', '19.3%', '19.5%', '20.1%', '18.8%']. ['2', '18.5%', '14.3%', '14.2%', '12.7%', '14.6%', '15.0%', '14.9%']. ['1', '25.3%', '29.9%', '29.8%', '32.3%', '30.4%', '29.2%', '26.0%']. ['Mean', '2.79', '2.80', '2.80', '2.76', '2.77', '2.79', '2.92']. ['Number of Students', '97,136', '100,586', '104,789', '115,077', '122,651', '132,425', '140,006']

SOLUTION: what are all of the scores?

PROBLEM: Table: ['#', 'Date', 'Visitor', 'Score', 'Home', 'Record', 'Pts']. ['1', 'December 27', 'Toronto', '7-1', 'Montreal Canadiens', '1-0-0', '2']. ['2', 'December 30', 'Quebec Bulldogs', '5-8', 'Toronto', '2-0-0', '4']. ['3', 'January 3', 'Toronto 228th Battalion', '4-9', 'Toronto', '2-1-0', '4']. ['4', 'January 6', 'Toronto', '2-3', 'Ottawa Senators', '2-2-0', '4']. ['5', 'January 10', 'Montreal Wanderers', '4-9', 'Toronto', '3-2-0', '6']. ['6', 'January 13', 'Montreal Canadiens', '6-2', 'Toronto', '3-3-0', '6']. ['7', 'January 17', 'Toronto', '5-1', 'Quebec Bulldogs', '4-3-0', '8']. ['8', 'January 20', 'Toronto', '6-8', 'Toronto 228th Battalion', '4-4-0', '8']. ['9', 'January 24', 'Ottawa Senators', '5-8', 'Toronto', '5-4-0', '10']. ['10', 'January 27', 'Toronto', '3-8', 'Montreal Wanderers', '5-5-0', '10']

SOLUTION:
what were the dates of each game for the 1916-17 toronto hockey club season?