Answer: I just got home from work and I got a new phone call from my friends and I was just trying to get to work and It is not working so I’m just going to take it get back to her later today or tomorrow morning when I get home from work and I will be home in a few minutes if you need me to come in and get it done before I leave work and I will be home by the time I leave work so I’ll leave work and work for me and I’ll be there at the end of the week so I’ll leave work on my phone call or you want me to leave you know you need me to stop I need you and your dad and I’ll meet y’all in there and then you could go with my friend or family or something else if y’all are still there so you could leave it for us to do that to get out and then leave the car .
Step-by-step explanation:
Me and your dad was like this last night and and now I’m cuz of this ➕ this ⬆️⬇️⬆️⬇️⬆️⬇️
Area: 171.85 inches
Perimeter: 78.74 inches
Answer:
Independent.
Step-by-step explanation:
Find the deviation they each hae from the mean
250+the deviations=x
265 is -15 less than 250
-15
264 is -14 less than 250
-14
228 is 22 less than 250
22
add them
-15-14+22=-7
250-7=243=x
it is less than 250
answer is A
value of x=243
Answer:
0.3830,0.6170
Step-by-step explanation:
Given that a process for manufacturing an electronic component yields items of which 1% are defective.
n =100 and p = 0.01
Here X no of defectives is binomial since independence and two outcomes.
Approximation to normal would be
X is N(
X is N(1,0.995)
a) the probability that the process continues given the sampling plan described
= 
(with continuity correction)
=
b) the probability that the process continues even if the process has gone bad (i.e., if the frequency of defective components has shifted to 5.0% defective)
1-0.3830
=0.6170
