WACC = | 2% | |
Period | Project 1 | Project 2 |
0 | -$150 | -$60 |
1 | $100 | $50 |
2 | $75 | $35 |
3 | $80 | |
4 | ||
5 | ||
6 |
Based on the information in the table, what is the replacement chain NPV for Project 2?
Group of answer choices
$65.38
$22.66
$45.32
$78.45
Calculation of replacement chain NPV of project 2
Period | Particulars | Cash Flow (a) | Discounting Factor @ 2% (b) | Present Value (c=a*b) |
0 | Investment | -$60 | 1.00 | -$60.00 |
1 | Cash Inflow | $50 | 0.9804 | $49.02 |
2 | Cash Inflow | $35 | 0.9612 | $33.64 |
NPV | $22.66 |
WACC = 2% Period Project 1 Project 2 0 -$150 -$60 1 $100 $50 2 $75...
WACC = 2% Period Project 1 Project 2 0 -$150 -$60 1 $100 $50 2 $75 $35 3 $80 4 5 6 Based on the information in the table, what is the replacement chain NPV for Project 2?
WACC = 6% Project Project Period -$150 $100 $75 $80 $75 $100 $25 Based on the information in the table, what is the replacement chain NPV for Project 2? $111.55 $41.59 $83.18 $133.86
WACC = 8% Period Project 1 Project 2 0 -$200 -$75 1 $100 $100 2 $75 $25 3 $80 4 5 6 Based on the information in the table, what is the replacement chain NPV for Project 1? $20.40 $40.80 $43.91 $36.59
WACC = 4% Period Project 1 Project 2 0 $150 -$60 1 $90 $50 2 $75 $35 3 $60 4 5 6 Based on the information in the table, what is the equivalent annuity for Project 1?
please answer
Question 5 20 pts WACC = 8% Period Project Project 1 -$200 -$75 $100 $100 $75 $25 $80 O Based on the information in the table, what is the replacement chain NPV for Project 1? $36.59 $20.40 o $40.80 $43.91
please answer
Question 1 20 pts LO3 WACC = Period 4% Project 1 Project 2 -$150 - $60 $90 $50 $35 $75 $60 Based on the information in the table, what is the equivalent annuity for Project 1? O $21.34 O $59.22 $25.61 O $50.34 O $19.74
please answer
20 pts Question 2 LO3 WACC = 5% Period Project 1 Project 2 -$75 -$150 0 $90 1 $35 $75 $70 2 $60 3 4 5 Based on the information in the table, what is the equivalent annuity for Project 2? $11.74 O $21.83 O$14.09 O $18.55 $10.91
100 80- 60 40- 25 50 75 100 125 150 m/z
Demand for an item is forecasted at 100, 150, 75, 75, 50, and 60. Each setup costs $80, and inventory holding cost is $1.25 per week. Find the order quantities selected by the Silver-Meal heuristic.
Considering the following two projects, if the WACC =10%, then I should: Project Year 0 1 2 3 4 A Cash flows -$100 $50 $60 $70 $80 B Cash flows -$100 $50 $50 $50 $50 Accept project A since its NPV = $102.27 is higher than project B’s NPV = $58.49 Accept project B since its NPV = $102.27 is higher than project A’s NPV = $58.49 Project A’s NPV = - $102.27. Thus, I shall reject project A and...