2. The amount of pyridoxine (in grams) in a multiple vitamin is normally distributed with μ = 110 grams and σ = 25 grams. What is the probability that a randomly selected vitamin will contain between 82 and 100 grams of pyridoxine? 3. The owner of a fish market determined that the average weight for a catfish is 3.2 pounds with a standard deviation of 0.8 pound. Assuming the weights of catfish are normally distributed, above what weight (in pounds) do 89.80% of the weights occur? 4. The amount of pyridoxine (in grams) in a multiple vitamin is normally distributed with μ = 110 grams and σ = 25 grams. What is the probability that a randomly selected vitamin will contain less than 100 grams and more than 120 grams of pyridoxine?
2. The amount of pyridoxine (in grams) in a multiple vitamin is
3. The owner of a fish market determined that the average weight for a catfish is 3.2 pounds with a standard deviation of 0.8 pound. Assuming the weights of catfish are normally distributed, above what weight (in pounds) do 89.80% of the weights occur?
4. The amount of pyridoxine (in grams) in a multiple vitamin is normally distributed with μ = 110 grams and σ = 25 grams. What is the probability that a randomly selected vitamin will contain less than 100 grams and more than 120 grams of pyridoxine?
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