Answer:
A batch of 1053 chips
Step-by-step explanation:
Given that over the past year, 5% of chips fail have failed the test
This mean in every batch size selected, 5% of the chips will fail
If 5% of chips fail the test, 95% of chip pass the test
Lets assume a batch size of x number of chips
You know 95% of the chips will pass and the expected value of good chips is 1000 then
Answer:
i know for a fact that it is yes and i am almost postitive it is b but i would wait until someone else answers it
Step-by-step explanation:
Answer:
(176, 193)
Step-by-step explanation:
Well you forgot to put in the choices, but:
The difference between the numbers is 17. Let's call the smaller number x and the bigger one y
(x + y) = 369
y = x + 17
(x + (x + 17)) = 369
2x + 17 = 369
2x = 352
x = 176
y = x + 17 = 193
(8÷2)^2+x^2=8^2
16+x^2=64
x^2=48
x=√48
(8×√48)÷2=27.71...
Answer:27.7in^2
Answer:
#1
#2
Step-by-step explanation:
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