Answer:
23.3%
Explanation:
Expected return refers to the anticipated profit or loss of financial investment. Essentially, it's the value of the return that investors anticipate. We can find the expected return by using the formula given below
Δ
IR = 5-5% - 2% = 3.5%
Δ
IP = 6% - 4% = 2%
Formula
Expected return = Expectedreturn(previous year) + (betaIP x Δ
IP) + (betaIR x Δ
IR)
Expected return = 12% + (2.5 x 2%) + (1.8 x 3.5%)
Expected return = 23.3%
Answer: Value stream mapping
Explanation:
Value stream map is a visual representation of the steps that were taken in a process from the start of the process till the moment it gets to the customer.
The technique is used in the identificstion of all of the value-adding as well as non-value-adding processes that materials are subjected to within a plant, from raw material coming into the plant through delivery to the customer.
Answer:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual hours
Explanation:
Giving the following information:
The production used 2.5 labor hours per finished unit, and the company paid $21 per hour, totaling $52.50 per unit of finished product.
<u>We weren't provided with enough information to solve the problem. We need estimated production hours and rates. But, I can leave the formula to solve it.</u>
To calculate direct labor rate variance, we need to use the following formula:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Hours
Answer:
a. 2.23
b. 3.21
Explanation:
a. Answer to Part A
Payback Period = Investment / Annual Cash Inflow
= 250000 / 112115
= 2.23
Answer to Part B
Payback Period = Investment / Annual Cash Inflow
= 200000 / 62375
= 3.21
Working Note
<em>Particulars Case A Case B
</em>
After Tax Income 72115 39000
Add: Depreciation 40000 23375
Cash Inflow 11,2115 62375
<em>Particulars Case A Case B
</em>
Cost of Machine 250000 200000
Less: salvage Value 10000 13000
Depreciable Value 240000 187000
Life of the Asset 6 8
Annual Depreciation 40000 23375
