For the following situations, identify whether or not X has a Binomial distribution.

If it does, give n and p; if not, explain why not.

a. Amy goes out for lunch 7 days a week. Each day there is a 25% chance she will choose pizza. Let X be

the number of times she chose pizza last week.

b. Brenda plays basketball, and there is a 60% chance she makes a free throw. Let X be the number of

successful baskets she makes in a game.

c. A bowl contains 100 red candies and 150 blue candies. Carl reaches and takes out a sample of 10

candies. Let X be the number of red candies in his sample.

d. Evan is reading a 600-page book. On even-numbered pages, there is a 1% chance of a typo. On

odd-numbered pages, there is a 2% chance of a typo. Let X be the number of typos in the book.

e. Fran is reading a 600-page book. The number of typos on each page has a Bernoulli distribution with

p = 0.01. Let X be the number of typos in the book.

## For the following situations, identify whether or not X has a Binomial distribution. If it does, give n and p; if not, explain why not. a. Amy goes out for lunch 7 days a week. Each day there is a 25% chance she will choose pizza. Let X be the number of times she chose pizza last week. b. Brenda plays basketball, and there is a 60% chance she makes a free throw. Let X be the number of successful baskets she makes in a game. c. A bowl contains 100 red candies and 150 blue candies. Carl reaches and takes out a sample of 10 candies. Let X be the number of red candies in his sample. d. Evan is reading a 600-page book. On even-numbered pages, there is a 1% chance of a typo. On odd-numbered pages, there is a 2% chance of a typo. Let X be the number of typos in the book. e. Fran is reading a 600-page book. The number of typos on each page has a Bernoulli distribution with p = 0.01. Let X be the number of typos in the book.

Tired of numerous paper assignments?

Rely on us and receive professional paper writing assistance!