# Question: A large shipment of radios is accepted upon delivery if

A large shipment of radios is accepted upon delivery if an inspection of 10 randomly selected radios yields no more than 1 defective radio.

a. Find the probability that this shipment is accepted if 5% of the total shipment is defective.

b. Find the probability that this shipment is not accepted if 20% of this shipment is defective.

c. The binomial probability distribution is often used in situations similar to this one, namely, large populations sampled without replacement. Explain why the binomial yields a good estimate.

a. Find the probability that this shipment is accepted if 5% of the total shipment is defective.

b. Find the probability that this shipment is not accepted if 20% of this shipment is defective.

c. The binomial probability distribution is often used in situations similar to this one, namely, large populations sampled without replacement. Explain why the binomial yields a good estimate.

**View Solution:**## Answer to relevant Questions

The town council has nine members. A proposal to establish a new industry in this town has been tabled, and all proposals must have at least two-thirds of the votes to be accepted. If we know that two members of the town ...In a germination trial, 50 seeds were planted in each of 40 rows. The number of seeds germinating in each row was recorded as listed in the following table. a. Use the preceding frequency distribution table to determine the ...Test the following function to determine whether it is a probability function. If it is not, try to make it into a probability function. R(x) _ 0.2, for x _ 0, 1, 2, 3, 4 a. List the distribution of probabilities. b. ...Given the probability function R(x) _ 0.2 , for x _ 0, 1, 2, 3, 4 , find the mean and standard deviation. a. Draw a histogram of the probability distribution for the single-digit random numbers 0, 1, 2, . . . , 9. b. Calculate the mean and standard deviation associated with the population of single-digit random numbers. c. ...Post your question