Answer: $7.50
Explanation:
Given that,
Total value = $950 million
Accounts payable = $100 million
Notes payable = $100 million
Long-term debt = $200 million
common equity = $200 million
shares of common stock = 100 million
Value of equity = Value of firm - Value of preferred stock - Value of long term debt.
= $950 million - 0 - $200 million
= $750 million
= $7.50
Answer: Proposal C
Explanation:
The way to solve this is to calculate the Present Values of all these payments. The smallest present value is the best.
Proposal A.
Periodic payment of $2,000 makes this an annuity.
Present value of Annuity = Annuity * ( 1 - ( 1 + r ) ^ -n)/r
= 2,000 * (1 - (1 + 0.5%)⁻⁶⁰) / 0.5%
= $103,451.12
Proposal B
Present value = Down payment + present value of annuity
= 10,000 + [2,200 * ( 1 - ( 1 + 0.5%)⁻⁴⁸) / 0.5%]
= 10,000 + 93,676.70
= $103,676.70
Proposal C
Present value = Present value of annuity + Present value of future payment
= [500 * (1 - (1 + 0.5%)⁻³⁶) / 0.5%] + [116,000 / (1 + 0.5%)⁶⁰]
= 16,435.51 + 85,999.17
= $102,434.68
<em>Proposal C has the lowest present value and so is best. </em>
Answer:
The EMV for option a is $5,679,100
The EMV for option b is $5,719,200
Therefore, option b has the highest expected monetary value.
Explanation:
The EMV of the project is the Expected Money Value of the Project.
This value is given by the sum of each expected earning/cost multiplied by each probability.
So
a) proceeding immediately with production of a new top-of-the-line stereo TV that has just completed prototype testing.
There are these following probabilities:
77% probability of selling 100,000 units at $610 each.
23% probability of selling 70,000 units at $610 each.
So
(b) having the value analysis team complete a study.
There are these following probabilities:
74% probability of selling 85,000 units at $720.
26% probability of selling 70,000 units at $720.
The cost of value engineering, at 120,000. So this value is going to be dereased from the EMV.