Answer:
NPV = 138,347.55
Explanation:
<em>Net Present Value (NPV) : This is one of the techniques available to evaluate the feasibility of an investment project. The NPV of a project is the difference between the present value of the cash inflows and the cash outflows of the project.</em>
We sahall compute theNPV of this project by discounting the appropriate cash flows as follows:
<em>Prevent Value of operating cash flow</em>
PV =A× (1- (1+r)^(-n))/r
A- 23,900, r - 12%, n- 5
PV = $23,900 × (1- (1.12)^(-5))/0.05
=206,769.963
<em>PV of Working Capital recouped</em>
PV = 5600× 1.12^(-5)
= 3,177.59
NPV = initial cost + working capital + Present Value of working capital recouped + PV of operating cash inflow
NPV = (66,000) + (5600) + 3,177.59 + 206,769.96
NPV = 138,347.55
Answer:
market segmentation
Explanation:
Market segmentation -
It is the marketing strategy , where the market is bifurcated into different segments , according to the needs of the consumers , is referred to as market segmentation .
The needs and taste of the consumers are considered , for a particular segment , and is incorporated into the goods and services .
Hence , from the given scenario of the question ,
The correct term is market segmentation .
Answer:
Explanation is given below
Explanation:
Given that, the total budget for the media is only $1,000 per month.
For the allocation, each type of media would get at least 25% of the budget.
Hence, from the available information, we have the following:
Parameters:
$1000 = Monthly advertising budget
25%= Minimum spending for each type of media
50 = Value of the index for local newspaper advertising
80= Value of the index for spot radio advertising
Decision variables;
x1= Newspaper advertising budget
x2= Radio advertising budget
LP Model;
Maximize Z=50x1+ 80x2
Subject to:x1+ x2≤1000
x1≥ 250
x2≥ 250
x1,x2≥ 0
p.s. OptimumZ=72, 500,
x1=250,
x2=750
Answer:
Allocated MOH= $432,000
Explanation:
Giving the following information:
Predetermined overhead rate of $8.00 per machine-hour
Actual machine-hours worked= 54,000 hours
<u>To calculate the allocated overhead, we need to use the following formula:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH= 8*54,000
Allocated MOH= $432,000
