Answer:
Results are below.
Explanation:
Giving the following information:
Inflation rate= 7%
Real rate of return= 10%
Present value (PV)= $10,000
Number of periods (n)= 10 years
<u>The real rate of return incorporates the effect of the inflation rate. Therefore, the nominal rate of return:</u>
Nominal rate of return= 0.1 + 0.07= 17%
<u>To calculate the Future Value, we need to use the following formula:</u>
FV= PV*(1 + i)^n
FV= 10,000*(1.17^10)
FV= $48,068.28
This is the n<u>ominal valu</u>e received after ten years.
<u>If Sally wants to determine the real value of the investment after 10 years, we must use the real rate of return:</u>
<u></u>
FV= 10,000*(1.1^10)
FV=$25,937.42
Answer: $222,800
Explanation:
Given that,
Sales = $427,000
Cost of goods sold (all variable) = $173,400
Total variable selling expense = $21,200
Total fixed selling expense = $18,900
Total variable administrative expense = $9,600
Total fixed administrative expense = $36,300
Variable expenses:
= Cost of goods sold + Variable selling expense + Variable administrative expense
= $173,400 + $21,200 + $9,600
= $204,200
Contribution margin = Sales - Variable expenses
= $427,000 - $204,200
= $222,800
Answer:
c. customer relationship management
Explanation:
Customer relationship management -
It is the method , to manage the interactions of the present or previous customers with the company , by using the data , is known as the customer relationship manangement .
It make use of all the previous data in order to increase the business realtionship with the cutomers , for better profit .
The CRM , takes help from the website of the compnay , emails , chats and even social media , to perform its task .
Answer: Option E
Explanation: It is a known fact that a consumer gets excited more while doing offline shopping rather than the online shopping. Offline shopping through malls and stores gives the consumer advantage of live appearance and trial use in case of clothes and other such merchandize.
However the long lines for billing and other such lengthy procedures make it difficult.
Hence from the above we can conclude that the correct option is E.
Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
