Suppose that weights of cans of Benneke brand peaches have a population mean of 13.5 ounces and a population standard deviation of 0.33 ounces and are approximately normally distributed. Which of 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 and a population standard deviation of 0.33 ounces and are approximately normally distributed. Which of 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 and a population standard deviation of 0.33 ounces and are approximately normally distributed. Which of 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