Answer:
A...increase
B...be unchanged
C....increase
Explanation:
It should be understood that it is only the telephone lines that was increased and not the number of the customer representatives, and also the number of the time they were using to attend to each customer was not reduced. So in this case, the number of customers that will be experience delay will definitely increase, why the time spent on phone by the customer representatives will remained unchanged, and the customer representatives utilization will increase too.
You should prioritize your first customer since they are entitled with your full attention being the one who availed your service first. You can ask the second customer if she can wait. But if the second customer would be so persistent, you can ask permission from the first customer if she is not in a hurry and that you would entertain the second customer first.
Answer:
So, accounting rate of return = 33 %
Explanation:
given data
net income after tax = $179,850
initial cost = $545,000
time = 7 year
salvage value = $34,000
we will get here the accounting rate of return
solution
as we know that accounting rate of return is express as
accounting rate of return = Net income ÷ initial investment .................1
put here value and we get
accounting rate of return = 
So, accounting rate of return = 33 %
Answer:
The correct answer is option A.
Explanation:
When the government buys from the public it will pay them back. So the purchase of $100 million of bonds by the government means $100 million was paid to the public.
Also, if the reserve requirement is lowered, it means the commercial banks can increase lending.
Both these actions combined will lead to an increase in the money supply.
Answer:
FV= $12,818.4
Explanation:
Giving the following information:
You are hoping to buy a new boat 3 years from now, and you plan to save $4,200 per year, beginning one year from today. You will deposit your savings in an account that pays 5.2% interest.
To calculate the future value we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {4,200*[(1.052^2)-1]}/0.052 + 4,200= $12,818.4
