Jordan wants to play a basketball game at a carnival. The game costs the player \$5$5dollar sign, 5 to play, and the player gets

Question

2 years ago

5

Jordan wants to play a basketball game at a carnival. The game costs the player \$5$5dollar sign, 5 to play, and the player gets

to take two long-distance shots. If they miss both shots, they get nothing. If they make one shot, they get their \$5$5dollar sign, 5 back. If they make both shots, they get \$10$10dollar sign, 10 back. Jordan has a 40\%40%40, percent chance of making this type of shot.

SAT

1 answer:

Irina-Kira [14] · Answer 1 · 2023-02-20T21:31:18+03:00

Based on the payoffs and the probabilities given, we can calculate the mean to be <u>0.8 shots made. </u>

The mean in this scenario will be a weighted average of the probabilities that a number of shots will be made.

The mean will be:

<em>= ∑ (Number of shots x Probability of number of shots)</em>

= (0 x 0.36) + (1 x 0.48) + (2 x 0.16)

= 0.8 shots

In conclusion, the mean is 0.8 shots.

Find out more about weighted average at brainly.com/question/18554478.