a certain brand of candies have a mean weight of 0.8614g and a standard deviation of 0.0519 based on a sample of a package containing 463 candies. the package label stated that the net weight is 395.3g (If every package has 463 candies must exceed 395.3/463=0.8538 for the net contents to weigh at least 395.3
if one piece of candy is selected at random, what's the probability of it weighing more than 0.8583g the probability is ?
if 463 candies are selected at random, find the probability that their means weigh at least 0.8583g the probability that mean will be greater than 0.8583g is ?

Question

a certain brand of candies have a mean weight of 0.8614g and a standard deviation of 0.0519 based on a sample of a package containing 463 candies. the package label stated that the net weight is 395.3g (If every package has 463 candies must exceed 395.3/463=0.8538 for the net contents to weigh at least 395.3
if one piece of candy is selected at random, what's the probability of it weighing more than 0.8583g the probability is ?
if 463 candies are selected at random, find the probability that their means weigh at least 0.8583g the probability that mean will be greater than 0.8583g is ?