Answer:
The correct answer is D. Assign appropriate, but differing, discount rates to each project and then select the projects with the highest net present values.
Explanation:
The discount rate is the cost of capital that is applied to determine the current value of a future payment.
The discount rate is used to "discount" future money. It is widely used when evaluating investment projects. It tells us how much money is worth now from a future date.
The discount rate is the inverse of the interest rate, which serves to increase the value (or add interest) in the present money. The discount rate, on the other hand, detracts from the future money when it is transferred to the present, except if the discount rate is negative, in case it will mean that the future money is worth more than the current one. The interest rate is used to obtain the increase to an original amount, while the discount rate is subtracted from an expected amount to obtain an amount in the present.
Except in exceptional cases, the discount rate is positive because before the promise of receiving money in the future we have the uncertainty of whether we will receive it or not, since there may be a problem that prevents us from receiving that money. Therefore, the farther the money we are going to receive, the less it will be worth now.
Answer: Amortization Expense; Patents
Explanation:
The entry to record the amortization of a patent would include a debit to the amortization expense and a credit to the patents.
The journal entry will be:
Debit Amortization expenses XX
Credit Patents XX
Therefore, the correct option is A.
Answer:
The c orrect answer is A.
Explanation:
Giving the following information:
Annual deposit= 1,410
Annual interest rate= 5%
Number of years= 8 years
To calculate the future value of her investment, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {1,410*[(1.05^8)-1]}/ 0.05
FV= $13,464.24
Markets are segmented as <span>behavioral, demographic, geographic, and psychographic. The crescent should be targeting the geographic segment
Hope this helps :))</span>
Answer:
The correct answer is 4.33%(approx)
Explanation:
According to the scenario, the given data are as follows:\
Face value = $1,000
Market price = $1,278.41
Coupon Rate = 11%
So Coupon Payment = $110
Years to maturity = 10 years
So, we can calculate the after tax cost of debt by using following method:
After Tax Cost of Debt = YTM × ( 1 - Rate of Tax)
Where, YTM = 
So, by putting the following value, we get
YTM = 0.0721
So by putting the value in formula, we get
After Tax Cost of Debt = 0.0721 × ( 1 - 0.4)
= 4.33% (approx)
