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
An account option which features a note that is issued by a bank to a depositor for funds placed for a set period of time is; A. certificate of deposit.
<h3>What is a certificate of deposit (CD)?</h3>
A certificate of deposit (CD) can be defined as a secured form of time-bound deposit and a special low-risk savings account that is typically issued by a financial institution (bank) to its customers, wherein an amount of money (lump-sum) are left with the bank for a specific period of time, in exchange for an interest rate premium.
This ultimately implies that, a certificate of deposit (CD) pays a higher interest rate to its holder than other regular savings account because banks usually invest this money (lump-sum) in a business, so as to make profit.
Additionally, a bank's certificate of deposit (CD) is protected and insured by the Federal Deposit Insurance Corporation (FDIC) for up to $250,000, so it's somewhat safer than other investment options.
In this context, we can reasonably infer and logically deduce that a savings account option which features a note that is issued by a financial institution (bank) to a depositor for funds that are placed for a set period of time is referred to as a certificate of deposit.
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Answer:
First option will be recommended.
Explanation:
To determine which option to be taken, we calculate the net present value each option generates. The option generating higher NPV should be recommended.
- Net present value of first option = Lump sum receipt = $150,000.
- Net present value of second option will be found by discounting cash flows at investing rate 12% and calculated as followed:
+ Present value of 20 equal annual payment of $14,000 + Present value of $60,000 paid in 20 years = (14,000/12%) x [ 1 - 1.12^(-20)] + 60,000/1.12^20 = $110,792.
As net present value of the first option is higher than the second option, first option will be recommended.
