Looks like there are two distinct problems here.
- "Let X and Y be independent ..."

Conditioning on
involves interpreting this probability for all possible fixed values of
:


We have
, and over this domain
. Since
is fixed, we can omit the conditioning notation to leave us with

has CDF

Then we can write our integral as




- "Let X be a standard normal ..."
Using the method of distribution functions, we have


This is a case of counter bore holes. The correct answer is C.
Where:
2 ---- Indicates two holes.
∅1.25 THRU ---- Shows that the holes have a diameter of 1.25 through the material.
Then, there is a counterbore of diameter 2.25 and a depth of 1.00.
Every 30 minutes. (this was using the LCM method)
I hope this helps, and have a good night! :D
Answer:
You need to type the question or take a screenshot of the question(s) you want to be answered so someone can help you out. Otherwise, we are unable to answer any of your questions.
Answer:
a) 2.5 pounds of candy
b) 2.5 pounds of candy

y × 1 = 0.5 × 5
y = 2.5
Step-by-step explanation:
1 = 5
1/2 = y or 0.5 = y

y × 1 = 0.5 × 5
y = 2.5