Suppose That a Manufacturer Is Testing One of Its Machines $\left( H _ { 0 } : p = 0.97 \right.$

Short Answer

Suppose that a manufacturer is testing one of its machines to make sure that the
Machine is producing more than 97% good parts $\left( H _ { 0 } : p = 0.97 \right.$ and $\left. H _ { A } : p > 0.97 \right)$ . The test results in a P-value of $0.102$ . In reality, the machine is producing $99 \%$ good parts. What probably happens as a result of our testing?
A. We correctly fail to reject $H _ { 0 }$ .
B. We correctly reject $H _ { 0 }$ .
C. We reject $H _ { 0 }$ , making a Type I error.
D. We fail to reject $H _ { 0 }$ , making a Type I error.
E. We fail to reject $H _ { 0 }$ , making a Type II error.