The mean daily production of a herd of cows is assumed to be normally distributed with a mean of 33 liters, and standard deviation of 5.2 liters. A) What is the probability that daily production is less than 22.5 liters? Use technology (not tables) to get your probability. Answer= answer to 4 decimal places.) (Round your B) What is the probability that daily production is more than 46.2 liters? Use technology (not tables) to get your probability. Answer= answer to 4 decimal places.) (Round your Warning: Do not use the Z Normal Tables...they may not be accurate enough since WAMAP may look for more accuracy than comes from the table.

MATLAB: An Introduction with Applications
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The mean daily production of a herd of cows is assumed to be normally distributed with a mean of 33 liters, and standard deviation of 5.2 liters. A) What is the probability that daily production is less than 22.5 liters? Use technology (not tables) to get your probability. Answer= (Round your answer to 4 decimal places.) B) What is the probability that daily production is more than 46.2 liters? Use technology (not tables) to get your probability. Answer= (Round your answer to 4 decimal places.) Warning: Do not use the Z Normal Tables...they may not be accurate enough since WAMAP may look for more accuracy than comes from the table.
The mean daily production of a herd of cows is assumed to
be normally distributed with a mean of 33 liters, and
standard deviation of 5.2 liters.
A) What is the probability that daily production is less than
22.5 liters? Use technology (not tables) to get your
probability.
Answer=
answer to 4 decimal places.)
(Round your
B) What is the probability that daily production is more
than 46.2 liters? Use technology (not tables) to get your
probability.
Answer=
answer to 4 decimal places.)
(Round your
Warning: Do not use the Z Normal Tables...they may not be
accurate enough since WAMAP may look for more accuracy
than comes from the table.
Transcribed Image Text:The mean daily production of a herd of cows is assumed to be normally distributed with a mean of 33 liters, and standard deviation of 5.2 liters. A) What is the probability that daily production is less than 22.5 liters? Use technology (not tables) to get your probability. Answer= answer to 4 decimal places.) (Round your B) What is the probability that daily production is more than 46.2 liters? Use technology (not tables) to get your probability. Answer= answer to 4 decimal places.) (Round your Warning: Do not use the Z Normal Tables...they may not be accurate enough since WAMAP may look for more accuracy than comes from the table.
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