Q2.3 Part C 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity less than or equal to 4 times. Save Answer Q2.4 Part D 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity greater than 6 times. Save Answer Q2 PMF, CMF, PDF and CDF 4 Points The following function provides the probability of a dam not being at capacity: d(i) d(i) = w i = 0 = wi 5 1 ≤ i ≤ 10 d(i) = 0 i > 10 Q2.1 Part A 1 Point What is the value of w that make the equation above valid? (report in decimal) Save Answer Q2.2 Part B 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity exactly 4 times.
Q2.3 Part C 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity less than or equal to 4 times. Save Answer Q2.4 Part D 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity greater than 6 times. Save Answer Q2 PMF, CMF, PDF and CDF 4 Points The following function provides the probability of a dam not being at capacity: d(i) d(i) = w i = 0 = wi 5 1 ≤ i ≤ 10 d(i) = 0 i > 10 Q2.1 Part A 1 Point What is the value of w that make the equation above valid? (report in decimal) Save Answer Q2.2 Part B 1 Point Based on the equation above that you have made valid. What is the probability that the dam does not have capacity exactly 4 times.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Please answer the questions in the picture. This is a PDF function, not a PMF. Please show all of your work explain each step.
Transcribed Image Text:Q2.3 Part C
1 Point
Based on the equation above that you have made valid. What is the probability that the dam does
not have capacity less than or equal to 4 times.
Save Answer
Q2.4 Part D
1 Point
Based on the equation above that you have made valid. What is the probability that the dam does
not have capacity greater than 6 times.
Save Answer
Transcribed Image Text:Q2 PMF, CMF, PDF and CDF
4 Points
The following function provides the probability of a dam not being at capacity:
d(i)
d(i)
= w
i = 0
=
wi
5
1 ≤ i ≤ 10
d(i) = 0
i > 10
Q2.1 Part A
1 Point
What is the value of w that make the equation above valid? (report in decimal)
Save Answer
Q2.2 Part B
1 Point
Based on the equation above that you have made valid. What is the probability that the dam does
not have capacity exactly 4 times.
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