In the United States, males between the ages of 40 and 49 eat on average 103.1 g of fat every day with a standard deviation of 4.32 g. The amount of fat a person eats is not normally distributed. A random sample of 31 men age 40-59 in the U.S. is taken. It is possible with rounding for a probability to be 0.0000. g) Find the probability that the sample mean fat consumption of the 31 randomly selected males in the US age 40 to 49 is less than 101.6 g. Round final answer to 4 decimal places. DO NOT use the rounded standard deviation from part e in this computation. Use the EXACT value of the standard deviation with the square root. h) Find the probability that the sample mean fat consumption of the 31 randomly selected males in the US age 40 to 49 is less than 101.5 g. Round final answer to 4 decimal places. DO NOT use the rounded standard deviation from part e in this computation. Use the EXACT value of the standard deviation with the square root
In the United States, males between the ages of 40 and 49 eat on average 103.1 g of fat every day with a standard deviation of 4.32 g. The amount of fat a person eats is not
It is possible with rounding for a probability to be 0.0000.
g) Find the probability that the sample mean fat consumption of the 31 randomly selected males in the US age 40 to 49 is less than 101.6 g.
Round final answer to 4 decimal places.
DO NOT use the rounded standard deviation from part e in this computation.
Use the EXACT value of the standard deviation with the square root.
h) Find the probability that the sample mean fat consumption of the 31 randomly selected males in the US age 40 to 49 is less than 101.5 g.
Round final answer to 4 decimal places.
DO NOT use the rounded standard deviation from part e in this computation.
Use the EXACT value of the standard deviation with the square root.
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