Suppose that Tom is a basketball player. In a training session, Tom is trying to get a three-point shot. He throws the ball repeatedly and independently until he gets a three-point shot successfully for the first time. Let X be the number of throws he needs. Which one of the following options describes the distribution of X? Choose the option None among the others', if your answer is different from all the others. None among the others Binomial Poisson Exponential Geometric

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Suppose that Tom is a basketball player. In a training session, Tom is trying to get
a three-point shot. He throws the ball repeatedly and independently until he gets
a three-point shot successfully for the first time. Let X be the number of throws
he needs. Which one of the following options describes the distribution of X?
Choose the option None among the others', if your
answer is different from all the others.
None among the others
Binomial
Poisson
Exponential
Geometric
Transcribed Image Text:Suppose that Tom is a basketball player. In a training session, Tom is trying to get a three-point shot. He throws the ball repeatedly and independently until he gets a three-point shot successfully for the first time. Let X be the number of throws he needs. Which one of the following options describes the distribution of X? Choose the option None among the others', if your answer is different from all the others. None among the others Binomial Poisson Exponential Geometric
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