Answer:
$9.00.
Explanation:
The computation of the value of a put option is shown below:
Data provided in the question
Current price of the stock = $50
Risk free rate = 6%
Strike price = $55
Sale price = $7.20
Based on the above information
The value of put option is
Put = V - P + X exp(-r
t)
= $7.20 - $50 + $55 e
RF - 0.06(1)
= $7.20 - $50 + $51.80
= $9.00
Hence, the value of put option is $9
Answer: Yes
Explanation: In the above case, a quasi-contract was formed. This is when a bilateral contract is not in place but one party will enjoy the benefit of the activities of the other party and may be enriched by it.
A bilateral agreement is the exchange of a promise for another and in this case would have been, the promise that Dozier would pay for Paschall’s work. This was not established, however, Dozier will benefit from Paschall’s work unduly if he does not pay for the improvements. The law holds that he has to pay for Paschall’s work to prevent being unjustly enriched.
Answer:
false
Explanation:
Net present value is the present value of after-tax cash flows from an investment less the amount invested.
Only projects with a positive NPV should be accepted. A project with a negative NPV should not be chosen because it isn't profitable.
When choosing between positive NPV projects, choose the project with the highest NPV first because it is the most profitable.
Monetary amounts should be allocated to intangible benefits and incorporated into the calculation of NPV
