-
saketk
- Legendary Member
- Posts: 608
- Joined: Sun Jun 19, 2011 11:16 am
- Thanked: 37 times
- Followed by:8 members
Hi All, This question is from Kaplan
Although this question was posted on BTG long time back, I am not clear with the OE in the Kaplan book
In the past six pro football drafts, 4 out of 6 players selected by team A are now starting on the squad. On team B, only 2 o of the 6 players selected in the draft are starters. So, a football player selected by team A from the draft pool has a higher probability of becoming a starter than if he is selected by team B.
Which of the following, if true, would be the best reason to reject the argument?
A) Two of the four starters in team A are sons of the coach.
B) Team B has new owner and coaching staff.
C) Team B has a new state-of-art gym.
D) Team B pick is a quarterback, and the starting quarterback is retiring.
E) team A has had the first draft pick for the past six years, while team B had the last pick. This year it is reversed.
OA is E
Please help me to understand the logic.
Although this question was posted on BTG long time back, I am not clear with the OE in the Kaplan book
In the past six pro football drafts, 4 out of 6 players selected by team A are now starting on the squad. On team B, only 2 o of the 6 players selected in the draft are starters. So, a football player selected by team A from the draft pool has a higher probability of becoming a starter than if he is selected by team B.
Which of the following, if true, would be the best reason to reject the argument?
A) Two of the four starters in team A are sons of the coach.
B) Team B has new owner and coaching staff.
C) Team B has a new state-of-art gym.
D) Team B pick is a quarterback, and the starting quarterback is retiring.
E) team A has had the first draft pick for the past six years, while team B had the last pick. This year it is reversed.
OA is E
Please help me to understand the logic.












