Answer:
The probability of SFS and SSF are same, i.e. P (SFS) = P (SSF) = 0.1311.
Step-by-step explanation:
The probability of a component passing the test is, P (S) = 0.79.
The probability that a component fails the test is, P (F) = 1 - 0.79 = 0.21.
Three components are sampled.
Compute the probability of the test result as SFS as follows:
P (SFS) = P (S) × P (F) × P (S)

Compute the probability of the test result as SSF as follows:
P (SSF) = P (S) × P (S) × P (F)

Thus, the probability of SFS and SSF are same, i.e. P (SFS) = P (SSF) = 0.1311.
Answer:
D. larger than volume.
Step-by-step explanation:
Volume is just the space provided within something, while the mass is the weight of the something being evaluated. The bigger the volume, the larger the mass will be.
The answer is <span>unit sales + desired end inventory – beginning inventory. </span>The production budget figures the quantity units of items that must be fabricated and is gotten from a mix of the business estimate and the arranged measure of completed products stock to have close by.
I hope the answer will help you.
X is 1 because if you times it by x it equals it number