Answer:
The annuity will cost him $963,212.95.-
Explanation:
Giving the following information:
Cash flow= $75,000
Interest rate= 0.0525
n= 20
First, we need to calculate the final value. We will use the following formula:
FV= {A*[(1+i)^n-1]}/i + {[A*(1+i)^n]-A}
A= annual cash flow
FV= {75,000*[(1.0525^20) - 1]/0.0525} + {[75,000*(1.0525^20)] - 75,000}
FV= 2,546,491.88 + 133,690.82= $2,680,182.70
Now, the present value:
PV= FV/(1+i)^n
PV= 2,680,182.70/(1.0525^20)
PV= $963,212.95
Answer:
B. 21.8%
Explanation:
Cost of preference capital = 
No adjustment of growth rate is done as the dividend on preference capital is constant and do not grow in normal conditions, that is it only differs in exceptional conditions.
therefore, in the given instance we have,
Dividend = $2.40
Current price = $11
Expected Return = 
= 21.8%
Thus correct option is
B. 21.8%
A Service Enterprise is an organization that strategically leverages volunteers to achieve operational efficiency and greater social impact. Service Enterprises are among the top 11 percent of nonprofits in the country in volunteer management and organizational performance.
Answer:
a.the reorder point = lead-time demand
Explanation:
The reorder point is when there needs to be a replenishment of depleted stock of inventory.
Lead time is the time between when an order is placed and when delivery of goods and services is made.
So when there is constant demand and fixed lead time, there is no need to keep excess inventory as demand has been anticipated and inventory for the demand is available.
Also the lead time demand from order to delivery is also fixed because demand has been provided for already.
Thus reorder point= lead time demand
Answer:
option (b) $76,642
Explanation:
Data provided in the question:
Cash dividends declared = $83,126
Cash dividends payable at the beginning of the year = $9,151
Cash dividends payable at the end of the year = $15,635
Now,
Cash payment of dividends
= Cash dividends declared + Beginning cash dividends payable - Ending cash dividends payable
= $83,126 + $9,151 - $15,635
= $76,642
Hence,
the answer is option (b) $76,642
