The question is not missing information. Unfortunately, this happens quite often with Course Hero. It would help if you think something is missing that you would be able to tell me what it is. I submitted a similar question yesterday and two tutors stated I was missing something. The third person answered and answered it correctly!!!!

You are given the null and alternative hypotheses shown below.

H0: =200

HA: 200

=0.05

Calculate the probability of committing a Type II error when the population mean is 202, the sample size is 36, and the population standard deviation is known to be 31.

The probability of committing a Type II error is

(Round to four decimal places asneeded.)

shaileshmehta38

17 hours ago

Missing data, graph, link, or other material

You

17 hours ago

I am not missing any information! This is the complete question. You are given a population mean and a sample mean.

Meenakshi111

16 hours ago

Incomplete question

You

16 hours ago

Once again, this is the complete question. Please advise what you believe is missing.

Answer from your tutor:

https://www.coursehero.com/qa/attachment/14374069/

Suppose the general manager for a company that produces a complicated electronics component used in the navigation systems in automobiles has stated that 67% of the items made pass through the final inspection without needing any rework. The quality manager wished to verify this statement. To doso, she selected a random sample of n=210 parts at the final inspection station and found that 127 passed and did not require rework.

a. State the appropriate null and alternative hypotheses for testing the generalmanager's claim.

b. Using =0.10, from the sampledata, what conclusion should the quality manager reach about the generalmanager's claim?

a. Identify the null and alternative hypotheses for this test. Let p be the population proportion of items made that pass through the final inspection without needing any rework.

A.

H0: p=0.67

HA: p0.67

B.

H0: p0.67

HA: p<0.67

C.

H0: p0.67

HA: p=0.67

D.

H0: p0.67

HA: p>0.67

b. Perform the test using a normal approximation. Identify the test statistic.

(Round to two decimal places asneeded.)