Answer:
A) low job satisfaction and high job involvement
Explanation:
Vera is currently having negative feelings about her job, since she is experiencing low job satisfaction. She really believes that she made a good job in choosing potential authors and helping them improve their work, which means that she shows a high job involvement. The problem is that management doesn't seem to notice it, and keeps rejecting the authors she submits to them.
If that situation continues, she might keep working for the firm (for the good perks and salary benefits) but her performance and job involvement will eventually suffer. If she starts to believe that no matter how good or bad she works, management will never consider her authors, then she might stop caring about doing a good job.
Answer: Option (B) is correct.
Explanation:
Given that,
Reserve ratio = 25%
Fed reserve bank sells (securities) to public = $120 million
When a central bank sells the government securities to the public then as a result money supply in an economy decreases. This is an instrument of monetary policy known as " Open market Operations".
The supply of money is directly decreases by $120 million.
and
Money creating potential of banks = Amount of securities × 
= 120 × 
= 120 × 3
= $360 million
Hence, a decrease in money supply could eventually reach a maximum of $360 million.
Answer:
d. independent samples t-test for means.
Explanation:
The technique independent sample t-test for means is an statistical tool used for calculating a difference between two mean values calculated.
As in the given instance there are two types of sample population which represents different samples.
Thus, they shall be compared effectively with this tool so that the more favorable option shall be chosen properly.
The independent t-test sample mean is helpful in this instance.
Answer:
C : accept the offer because it will produce net income of $12,600.
Explanation:
In this question we have to compare the cost which is presented below:
In the first case
The variable cost would be
= Number of units buys × variable cost per unit
= 4,200 units × $67
= $281,400
And, the selling cost would be
= Number of units sold × selling price per unit
= 4,200 units × $70
= $294,000
So, the difference would be
= $294,000 - $281,400
= $12,600
