Suppose that weights of cans of Benneke brand peaches have a population mean of 13.5 ounces anda population standard deviation of 0.33 ounces and are approximately normally distributed. Whichof the following statements are correct? Choose the best statement.

A) The probability that a randomly selected can of Benneke peaches will weigh between 12.9 ounces and 13.6 ounces is approximately 0.585.
B) About 4% of all cans of Benneke peaches will weigh less than 12.9 ounces
C) Approximately 95% of all Benneke brand canned peaches will weigh between 12.85 ounces and 14.15 ounces.
D) All of these statements are true.

Question

Suppose that weights of cans of Benneke brand peaches have a population mean of 13.5 ounces anda population standard deviation of 0.33 ounces and are approximately normally distributed. Whichof the following statements are correct? Choose the best statement.

A) The probability that a randomly selected can of Benneke peaches will weigh between 12.9 ounces and 13.6 ounces is approximately 0.585. 
B) About 4% of all cans of Benneke peaches will weigh less than 12.9 ounces 
C) Approximately 95% of all Benneke brand canned peaches will weigh between 12.85 ounces and 14.15 ounces. 
D) All of these statements are true.

Quizplus · Accepted Answer

The Answer of Suppose that weights of cans of Benneke brand peaches have a population mean of 13.5 ounces anda population standard deviation of 0.33 ounces and are approximately normally distributed. Whichof the following statements are correct? Choose the best statement.

A) The probability that a randomly selected can of Benneke peaches will weigh between 12.9 ounces and 13.6 ounces is approximately 0.585. 
B) About 4% of all cans of Benneke peaches will weigh less than 12.9 ounces 
C) Approximately 95% of all Benneke brand canned peaches will weigh between 12.85 ounces and 14.15 ounces. 
D) All of these statements are true.

Suppose That Weights of Cans of Benneke Brand Peaches Have