The return on investment for this division is (B) 20%.
<h3>
What is the return on investment (ROI)?</h3>
- Return on investment (ROI) or return on costs (ROC) is a ratio of net income to investment over time (costs resulting from an investment of some resources at a point in time).
- A high ROI indicates that the benefits of the investment outweigh the costs.
- ROI is used as a performance indicator to evaluate the efficiency of an investment or to compare the efficiencies of several investments.
- It is one method of connecting profits to capital invested in economic terms.
<h3>To find the return on investment for this division:</h3>
= income/average invested assets
= $40,000/$200,000
= return on investment
= 20%
Therefore, the return on investment for this division is (B) 20%.
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Correct question:
The Midwest Division of Grainger Company has an investment center average invested assets of $200,000 and an investment center income of $40,000. What is the return on investment for this division?
(A) 500%
(B) 20%
(C) 25%
(D) 80%
Answer:
$532.24
Explanation:
Since Mr. Wise will be making monthly payments for the period of 25 years in order to accumulated the $1,000,000 at the end of 25 years, therefore, the future value of annuity shall be used to determine the monthly payments to be deposited by Mr Wise. The formula of future value of annuity is given as follows:
Future value of annuity=R[((1+i)^n-1)/i]
In the given scenario:
Future value of annuity=amount after 25 years=$1,000.000
R=monthly payments to be deposited by Mr Wise=?
i=interest rate per month=12/12=1%
n=number of payments involved=25*12=300
$1,000,000=R[((1+1%)^300-1)/1%]
R=$532.24
Answer: Law of diminishing marginal utility
Explanation: In simple words, law of diminishing marginal utility states that as a consumer consume more of a good or service then the marginal benefit he or she receives from the additional consumption keeps on decreasing.
In the given case, Jenny's excitement keeps on decreasing with every chocolate she receives after a certain point of time.
Hence we can conclude that the given case illustrates law of diminishing marginal utility.
I think the answer might be called Vertical Integration
