n R&D lab will receive $250,000 when a proposed contract is signed, a $200,000 progress payment at the end of Year 1, and $4
00,000 when the work is completed at the end of Year 2. What is the present worth of the contract at 15%?
1 answer:
Answer:
$726,370.51
Explanation:
The present value of the contract is the sum of the discounted cash flows.
Present value can be calculated using a financial calculator:
Cash flow in year 0 = $250,000
Cash flow in year 1 = $200,000
Cash flow in year 2 = $400,000
Discount rate = 15%
Present value = $726,370.51
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Answer:
x1 = 4891.294
Explanation:
given data
mean μ = $5,793
standard deviation σ = $439
solution
we know here that
P(x < x1 ) = 0.02 .................1
so
so
= invNorm(0.02)
so
x1 = μ + σ × invNorm(0.02) .....................2
we use here table for invNorm(0.02) and put value in eq 2
x1 = 5793 + 439 × (-2.054 )
x1 = 4891.294
Answer:
Actual Price paid for materials = $4.2136 2,200 = $9,270
Actual price per unit = $4.2136
Explanation:
Provided information,
Standard Material per unit = $4
Total cost = $8,400
Standard Quantity = $8,400/$4 = 2,100 units
Provided Material Price variance = $470 unfavorable = - $470
Material Quantity Variance = $400 Unfavorable = - $400
Using Material Quantity Variance
- $400 = (2,100 - Actual Quantity) $4
-$400/$4 = 2,100 - Actual Quantity
Actual Quantity = 2,100 + 100 = 2,200 units
Now, putting this value in Material Price Variance we have,
- $470 = ($4 - Actual Price) 2,200
-$470/2,200 = $4 - Actual Price
- $0.214 = $4 - Actual Price
Actual Price = $4 + $0.2136 = $4.2136
Final Answer
Actual Price paid for materials = $4.2136 2,200 = $9,270
Actual price per unit = $4.2136