Here is a shortened version of the dataset.

game_id	season	position	dj_score	wager	correct
5635	33	returning_champion	10000	3001	TRUE
5635	33	middle	12000	12000	FALSE
5635	33	right	13000	11001	FALSE
5634	33	returning_champion	14400	6801	TRUE
5634	33	middle	10600	10600	TRUE
5634	33	right	9400	5001	FALSE
5633	33	returning_champion	10200	8600	TRUE
5633	33	middle	3000	1000	FALSE
5633	33	right	18700	1701	TRUE
5631	33	returning_champion	10200	8500	TRUE
5631	33	middle	12400	12000	FALSE
5631	33	right	13200	12401	TRUE
5630	33	returning_champion	7400	7400	TRUE
5630	33	middle	11000	3801	FALSE
5630	33	right	7400	3600	FALSE
5629	33	returning_champion	21400	3000	TRUE
5629	33	middle	9000	7000	FALSE
5629	33	right	7800	1201	TRUE
5628	33	returning_champion	14600	5000	TRUE
5628	33	middle	3000	3000	FALSE
5628	33	right	8600	6001	TRUE
5627	33	returning_champion	22800	6000	TRUE
5627	33	middle	14200	4000	FALSE
5627	33	right	1200	1199	FALSE

4. (10 points) Have contestants gotten better at Jeopardy over time? Use simple linear regression to model the winning score (y) over the seasons (1) and then prepare a visualization that contains a scatterplot of the 4,004 winning scores over the 18 seasons as well as the line of best fit. Include the line's equation somewhere. This problem is worth more because there is significant data preparation. You need to figure out the winning score in each game. If there are ties, take the tied score to be the winner's score (there are Jeopardy rules for resolving ties, but ignore them). The visualization should be self-contained with correct data and line of best fit, and show excellent use of visualization principles. It must be prepared using python. 4. (10 points) Have contestants gotten better at Jeopardy over time? Use simple linear regression to model the winning score (y) over the seasons (1) and then prepare a visualization that contains a scatterplot of the 4,004 winning scores over the 18 seasons as well as the line of best fit. Include the line's equation somewhere. This problem is worth more because there is significant data preparation. You need to figure out the winning score in each game. If there are ties, take the tied score to be the winner's score (there are Jeopardy rules for resolving ties, but ignore them). The visualization should be self-contained with correct data and line of best fit, and show excellent use of visualization principles. It must be prepared using python