Answer:
The difference between two securities is 0.89%.
Explanation:
Inflation premium for the next three and five years:
Inflation premium (3) = (1.6% + 3.05% + 3.85%) ÷ 3
= 2.83%
Inflation premium (5) = (1.6% + 3.05% + 3.85% + 3.85% + 3.85%) ÷ 5
= 3.24%
Real risk-free rate = 2.35%
Since default premium and liquidity premium are zero on treasury bonds, we can now solve for the maturity risk premium:
Three-year Treasury securities = Real risk-free rate + Inflation premium (3) + MRP(3)
6.80% = 2.35% + 2.83% + MRP(3)
MRP (3) = 1.62%
Similarly,
5-year Treasury securities = Real risk-free rate + Inflation premium (5) + MRP(5)
8.10% = 2.35% + 3.24% + MRP(3)
MRP (5) = 2.51%
Thus,
MRP5 - MRP3 = 2.51% - 1.62%
= 0.89%
Therefore, the difference between two securities is 0.89%.
Answer:
A) March 31 journal entries for wages expense and wages payable
- Dr Salaries and Wages Expense account 64,000
- Cr FICA Taxes Payable account 4,896
- Cr Federal Income Tax Payable account 7,500
- Cr State Income Tax Payable account 3,100
- Cr Union Dues Payable account 400
- Cr Salaries and Wages Payable account 48,104
B) March 31 journal entries for company's payroll tax expenses
- Dr Payroll Tax Expense account 5,596
- Cr FICA Taxes Payable account 4,896
- Cr State Unemployment account 700
Answer:
The project is worth $2,738.57.
Explanation:
Giving the following information:
You have been offered a project paying $300 at the beginning of each year for the next 20 years. The rate of return is 9%.
To calculate the present value, first, we need to calculate the final value:
FV= {A*[(1+i)^n-1]}/i
A= annual pay= 300
n= 20
i= 0.09
FV= {300*[(1.09^20)-1]}/0.09
FV= $15,348.06
Now, we can calculate the present value:
PV= FV/(1+i)^n
PV= 15,348.06/1.09^20= $2,738.57
