The United States Department of Agriculture (USDA) found that the proportion of young adults ages 20–39 who regularly skip eating breakfast is 0.238 . Suppose that Lance, a nutritionist, surveys the dietary habits of a random sample of size n = 500 of young adults ages 20–39 in the United States.

Using the normal approximation to the binomial, it is found that there is a 0.3557 = 35.57% probability that the number of individuals in Lance's sample who regularly skip breakfast is greater than 122.

In a normal distribution with mean and standard deviation , the z-score of a measure X is given by:

In this problem:

The mean and the standard deviation are given by:

The probability that the number of individuals in Lance's sample who regularly skip breakfast is greater than 122, using continuity correction, is , which is 1 subtracted by the p-value of Z when X = 122.5.

has a p-value of 0.6443.

1 - 0.6443 = 0.3557.

0.3557 = 35.57% probability that the number of individuals in Lance's sample who regularly skip breakfast is greater than 122.

To learn more about the normal approximation to the binomial, you can take a look at link

0.3557

Step-by-step explanation:

Complete Question:

The United States Department of Agriculture (USDA) found that the proportion of young adults ages 20–39 who regularly skip eating breakfast is 0.238 . Suppose that Lance, a nutritionist, surveys the dietary habits of a random sample of size n = 500 of young adults ages 20–39 in the United States.

Apply the central limit theorem for the binomial distribution to find the probability that the number of individuals in Lance's sample who regularly skip breakfast is greater than 122.

Solution:

This is a case where we will use Normal Approximation to Binomial Distribution.

Let X be random variable. So we know:

X ~ Bin (n,p)

Then, Normal Approximation would be:

X ~ Normal Approx (np, npq)

Given in the problem, sample n = 500 and probability of skipping, p = 0.238, so:

X ~ (500, 0.238)

Note: q = 1 - p = 1 - 0.238 = 0.762

Thus,

X ~ Normal Approx (119, 90.678)

Now,

We need P(X > 122).

We convert to Z by using formula:

Where is the mean, or "np" and is the standard deviation, which is

THus, we have:

Which can be said as:

1 - P(Z<0.37)

Using Z-Table (normal table), we have:

THis is our answer.

answer: 4 meters

step-by-step explanation: to you understand 2/3 better you can do 1 divided by 3 = . then multiply that by the 2 which is .66666666666666667 then you would do 6 x .66666666666666667 which is 4.      

hope this .