Answer:
Year 1 PV = 91,743.12
Year 2 PV =126,251.99
Year 3 PV = 154,436.70
Explanation:
<em>The present value of future sum is the amount that ought to be invested today at interest rate compounded annually to equal the sum at the end of a particular period.</em>
The present value of a future sum is given as follows:
PV = FV × PV (1+r)^(-n)
PV - present value
FV - Future value
r- interest rate
n- number of years
Year 1 PV = 100,000× 1.09^(-1) =91,743.12
Year 2 PV = 150,000× 1.09^(-2) =126,251.99
Year 3 PV = 200,000× 1.09^(-3) = 154,436.70
Answer: consumers acting as brand advocates
Explanation:
A consumer is less likely to act as a brand advocate. An advocate to someone is a person that speaks on behalf of someone or acts as an intermediate between a person he is representing and another. An advocate role is not the job of a consumer.
Answer: $5 per machine hour
Explanation:
Given the following :
Estimated manufacturing overhead cost = $550,000
Expected machine-hour to be incurred = 110,000
Actual manufacturing overhead = $575,000
Actual machine hour incurred = 120,000
The manufacturing overhead application rate:
Expected manufacturing overhead cost / Expected machine hour to be incurred
= $550,000 / 110,000 machine hour
= $5 per machine hour
A and D are the correct answers . You are welcome .
Answer:
0.98
Explanation:
Computation for Bill Duke portfolio's beta
First step is to find the Investment in Y which is:
Investment in Y=100,000-35,000
=$65,000
Second step is to calculate for the Portfolio beta using this formula
Portfolio beta=Respective beta*Respective Investment weight
Portfolio beta =(35,000/100,000*1.5)+(65,000/100,000*0.7)
Portfolio beta=(0.35*1.5) +(0.65*0.7)
Portfolio beta =0.525 +0.455
Portfolio beta=0.98
Therefore the Portfolio Beta will be 0.98