You calculate that your favorite football player catches the ball 70% of the time the ball is thrown to him. you create a model based on this and run a simulation of the times the player is thrown the ball. what set of numbers could be used to represent when he doesn't catch the ball?

Step-by-step explanation:

According to the problem, the football player catches the ball 70% of the time the ball is thrown to him. This means that there are 70% chances that he will catch the ball next time.

However, if 70% represent the success, then the failure would be 30%, that is, there is a 30% chance to not catch the ball next time. This failure probability can be shown as an interval: from 70 to 99.

So, this interval represents the 30% of cases where he doesn't catch the ball.

Therefore, the set of numbers that represent when he doesn't catch the ball are from 70 to 99.

The set of numbers that represent when he does catch the ball are from 1 to 70.

134.6 us dollars

step-by-step explanation:

1 us dollar = 1.33 canadian dollars

so, 150 us dollars = 150 × 1.33 = $199.5.

in canada, the money mitchell spent = 20 canadian dollars.

remaining canadian dollars with him = 199.5 - 20 = 179.5.

after mitchell returned to us, he exchanged the remaining canadian dollars to us dollars.

179.5 canadian dollars = 179.5 × 0.75 = 134.6 us dollars.