Answer:
E. Yes: The MIRR is 9.13 percent.
Explanation:
<em>The First Step is to Calculate the Terminal Value at end of year 4. </em>
Terminal Value (FV) = Sum of (PV x (1 + r) ^ 5 - n)
= $107,500 x (1.134) ^ 3 + $196,100 x (1.134) ^ 2 + $104,500 x (1.134) ^ 1 + -$92,700 x (1.134) ^ 0
= $156,764.47 + $252,175,97 + $118,503 - $92,700
= $434,743.44
<em>The Next Step is to Calculate the MIRR using a Financial Calculator :
</em>
- $287,500 CFj
0 CFj
0 CFj
0 CFj
$434,743.44 CFj
Shift IRR/Yr 9.13%
Therefore, the MIRR is 9.13%
.
The concept her is "the real cost of something is what you must give up to get it"
<u>Explanation:</u>
As we come across trade-offs it is a necessary to make decisions on the next best alternatives which is the principle of opportunity cost.
Opportunity cost is the benefits and advantages that a business entity or an individual loses on choosing one alternative decision over the other. It is calculated with the help of the following formulas,
Or,
In economical terms, choices are measured in terms of opportunity costs.
Answer:
Variable cost per unit= $6.5 per unit
Fixed costs= $3,750
Explanation:
Giving the following information:
Month - Number of Appointments - Total Cost
January: 375 $5,050
February: 350 $5,500
March: 200 $5,200
April: 500 $7,000
May: 400 $5,650
June: 300 $5,200
To calculate the variable and fixed costs, we need to use the following formulas:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (7,000 - 5,050) / (500 - 200)= $6.5 per unit
Fixed costs= Highest activity cost - (Variable cost per unit * HAU)
Fixed costs= 7,000 - (6.5*500)= $3,750
Fixed costs= LAC - (Variable cost per unit* LAU)
Fixed costs= 5,050 - (6.5*200)= $3,750
Answer:
$6,312.38
Explanation:
Bradley snapp deposited $5,000 in an investment account
He was given a rate of 6% compounded annually
He plans to leave the money there for 4 years when he will make a down payment on a car
Therefore the down payment which he will be able to make can be calculated as follows
= $5000×(1+0.06)^4
= $5000×1.06^4
= $5000 × 1.26247696
= $6,312.38
Hence the down payment Bradley will be able to make is $6,312.38
Answer:
D. A credit manager issues credit cards to himself and a staff accountant in the accounting office, and when the credit card balances are just under $1,000, the staff accountant writes off the accounts as bad debt. The credit manager then issues new cards.
