A grocery store purchases melons from two distributors , J and K. Distributor J provides melons from organic farms. the dustribution of the diameters of the melons from distributor J is approxamately normal with mean 133 mm and a standard deviation of 5 mm. Part (a) For a melon selected at random from distributor J, using the normal model, what is the probability that the melon will have a diameter greater than 137 mm? Distributor K provides melons from non-organic farms, the probabiltiy is 0.8413 that a melon selected at random from distributor K will have a diameter greater than 137 mm. For all the melons in the grocery store 70% of the melons are provided by distributor j and 30% are provided by distributor k. part (B) For a melon selected at random from the grocery store, what is the probaility that the melon will have a diameter greater than 137 mm? part (c) Given that a melon selected at random from the grocery store has a diameter greater than 137 mm, what is the probability that the melon will be from distributor J.
A grocery store purchases melons from two distributors , J and K. Distributor J provides melons from organic farms. the dustribution of the diameters of the melons from distributor J is approxamately normal with mean 133 mm and a standard deviation of 5 mm.
Part (a) For a melon selected at random from distributor J, using the normal model, what is the
Distributor K provides melons from non-organic farms, the probabiltiy is 0.8413 that a melon selected at random from distributor K will have a diameter greater than 137 mm. For all the melons in the grocery store 70% of the melons are provided by distributor j and 30% are provided by distributor k.
part (B) For a melon selected at random from the grocery store, what is the probaility that the melon will have a diameter greater than 137 mm?
part (c) Given that a melon selected at random from the grocery store has a diameter greater than 137 mm, what is the probability that the melon will be from distributor J.
Trending now
This is a popular solution!
Step by step
Solved in 4 steps with 3 images
