aboat capsized and sank in a lake. Based on an assumption of a mean weight of 147 lb, the boat was rated to carry 60 passengers (so the load limit was 8,820 lb). fter the boat sank, the assumed mean weight for similar boats was changed from 147 lb to 174 lb. Complete parts a and b below. Assume that a similar boat is loaded with 60 passengers, and assume that the weights of people are normally distributed with a mean of 181.5 lb and a standard eviation of 39.9 lb. Find the probability that the boat is overloaded because the 60 passengers have a mean weight greater than 147 lb. he probability is 1.0000 Round to four decimal places as needed.) The boat was later rated to carry only 14 passengers, and the load limit was changed to 2,436 Ib. Find the probability that the boat is overloaded because the mear weight of the passengers is greater than 174 (so that their total weight is greater than the maximum capacity of 2,436 lb). he probability is O Round to four decimal places as needed.)
aboat capsized and sank in a lake. Based on an assumption of a mean weight of 147 lb, the boat was rated to carry 60 passengers (so the load limit was 8,820 lb). fter the boat sank, the assumed mean weight for similar boats was changed from 147 lb to 174 lb. Complete parts a and b below. Assume that a similar boat is loaded with 60 passengers, and assume that the weights of people are normally distributed with a mean of 181.5 lb and a standard eviation of 39.9 lb. Find the probability that the boat is overloaded because the 60 passengers have a mean weight greater than 147 lb. he probability is 1.0000 Round to four decimal places as needed.) The boat was later rated to carry only 14 passengers, and the load limit was changed to 2,436 Ib. Find the probability that the boat is overloaded because the mear weight of the passengers is greater than 174 (so that their total weight is greater than the maximum capacity of 2,436 lb). he probability is O Round to four decimal places as needed.)
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A boat capsized and sank in a lake. Based on an assumption of a mean weight of 147 lb, the boat was rated to carry 60 passengers (so the load limit was 8,820 Ib).
After the boat sank, the assurmed mean weight for similar boats was changed from 147 lb to 174 lb. Complete parts a andb below.
Assume that a similar boat is loaded with 60 passengers, and assume that the weights of people are normally distributed with a mean of 181.5 lb and a standard
leviation of 39.9 lb. Find the probability that the boat is overloaded because the 60 passengers have a mean weight greater than 147 lb.
he probability is 1.0000
Round to four decimal places as needed.)
. The boat was later rated to carry only 14 passengers, and the load limit was changed to 2,436 lb. Find the probability that the boat is overloaded because the mean
veight of the passengers is greater than 174 (so that their total weight is greater than the maximum capacity of 2,436 lb).
The probability is U
Round to four decimal places as needed.)
or
(1.1)
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ater your answer in the answer box and then click Check Answer.
part
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A boat capsized and sank in a lake. Based on an assumption of a mean weight of 147 lb, the boat was rated to carry 60 passengers (so the load limit was 8,820 Ib).
After the boat sank, the assurmed mean weight for similar boats was changed from 147 lb to 174 lb. Complete parts a andb below.
Assume that a similar boat is loaded with 60 passengers, and assume that the weights of people are normally distributed with a mean of 181.5 lb and a standard
leviation of 39.9 lb. Find the probability that the boat is overloaded because the 60 passengers have a mean weight greater than 147 lb.
he probability is 1.0000
Round to four decimal places as needed.)
. The boat was later rated to carry only 14 passengers, and the load limit was changed to 2,436 lb. Find the probability that the boat is overloaded because the mean
veight of the passengers is greater than 174 (so that their total weight is greater than the maximum capacity of 2,436 lb).
The probability is U
Round to four decimal places as needed.)
or
(1.1)
More
ater your answer in the answer box and then click Check Answer.
part
remaining
Clear All
Check Answer
OK
DELL
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