Answer:
No, as the net present value comes in negative
Explanation:
As we know that
Net present value = Present value of cash inflows - Initial investment
where,
Present value os $163,000
And, the initial investment is $180,000
Now placing these values to the above formula
So, the net present value is
= $163,000 - $180,000
= -$17,000
Therefore the company should not accept the project as net present value is in negative that is -$17,000
I believe the answer is: D. <span>what the company considered to be the best-foregone option to the factory.
The creation of new type of battery would cost Tesla a huge amount of capital that would definitely impact the amount of their profit for several operating years. The difference in profit between prior and after new battery would be the opportunity cost that must be taken by Tesla.</span>
Answer:
The firm's cost of preferred stock is 9.10%
Explanation:
The cost of preferred stock with the flotation of 5% would be the dividend payable by the preferred stock divided by the adjusted current market price(adjusted for flotation cost)
The dividend per year is $8
The adjusted price of the stock=$92.50*(1-f)
where f is the flotation cost in percentage terms i.e 5%
adjusted price of the stock is =$92.50*(1-5%)=$ 87.88
Cost of preferred stock=$8/$87.88*100 = 9.10%
Answer: Vision statement
Explanation:
Vision statement is referred to as or known as an organization's road map, which tends to indicate what the organization believes to become and achieve by putting forth a well defined direction and route for the organization's growth. These statements usually undergo the minimal revisions throughout the lifetime of an organization, unlike the operational goals that might be revised on yearly basis.
Answer: 19.93 minutes
Explanation:
This is the complete question
Fast Auto Service provides oil and lube service for cars. It is known that the mean time taken for oil and lube service at this garage is 15 minutes per car and the standard deviation is 2.4 minutes. The management wants to promote the business by guaranteeing a maximum waiting time for its customers. If a customer's car is not serviced within that period, the customer will receive a 50% discount on the charges. The company wants to limit this discount to at most 2% of the customers. What should the maximum guaranteed waiting time be? Assume that the times taken for oil and lube service for all cars have a normal distribution
The solution is attached below
