In engineering and product design, it is important to consider the weights of people so that airplanes or elevators aren't overloaded. Based on data from the National Health Survey, we can assume the weight of adult males in the US has a mean weight of 197 pounds and standard deviation of 32 pounds. We randomly select 64 adult males. What is the probability that the average weight of these 64 adult males is over 205 pounds?
Probability that the average weight of these 64 adult males is
over 205 pounds, P( > 205)
=
Using standard normal table:
In engineering and product design, it is important to consider the weights of people so that...
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Ouesion 1 Not yet answered Points out of 2.00 P Flag auestion In engineering and product design, it is important to consider the weights of people so that airplanes or elevators aren't overlooded. Based on data from the National Health Survey, we can assume the weight of adult males in the US has a mean weight of 197 pounds and standard deviation of 32 pounds. We randomly select 50 adult males. What is the probability that the average...
Central Limit Theorem application: In product design for human use and recommended guideline for the product’s human use, it is important to consider the weights of people so that airplanes or elevators aren’t overloaded. Based on data from the National Health Survey, the weight of adults in the United States has a mean of 181 pound (the average of 195.5 for males and 166.2 for females, assuming, arbitrarily, equal male and female population) with a standard deviation of 30 pounds....
An
elevator has a placard stating that the maximum capacity is 2295
lb-15 passengers so 15 adult male passengers get have a mean way up
up to 2295÷15 = 153 pounds in the elevator is loaded with 15 adult
male passengers find the probability that it is overloaded because
they have a mean way greater than 153 pounds (assume that weight of
males are normally distributed with a mean of 161 pounds and a
standard deviation of 34 pounds )does...
An elevator has a placard stating that the maximum capacity is 2550 lb —15 passengers. So,15 adult male passengers can have a mean weight of up to 2550/15=170 pounds. If the elevator is loaded with 15 adult male passengers, find the probability that it is overloaded because they have a mean weight greater than 170 lb. (Assume that weights of males are normally distributed with a mean of 172 lb and a standard deviation of 26 lb.) Does this elevator...
6.4.9 An elevator has a placard starting that the maximum capacity is 1384 lb- passengers. So, 8 adult male passengers can have a mean weight of up to 1384/8 - 173 pounds. If the elevator is loaded with Badult male passengers find the probability that it is overloaded because they have a man weight greater than 173 lb. Assume that weights of males are normally distrouted with a mean of 177 lb and a standard deviation of 32 ) Does...
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An elevator has a placard stating that the maximum capacity is 1670 1610 passengers. So, 10 adult male passengers can have a mean weight of up to 1670/10 = 167 pounds. If the elevator is loaded with 10 adult male passengers, find the probability that it is overloaded because they have a mean weight greater than 167 lb. (Assume that weights of males are normally distributed with a mean of 169 lb and a standard deviation of 33 lb.) Does...
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An elevator has a placard stating that the maximum capacity is 1610lb-10 passengers. So, 10 adult male passengers can have a mean weight of up to 1610/10 = 161 pounds. If the elevator is loaded with 10 adult male passengers, find the probability that it is overloaded because they have a mean weight greater than 161 lb. (Assume that weights of males are normally distributed with a mean of 163 lb and a standard deviation of 33 lb.) Does this...