Answer:
does not allow market forces like supply and demand to determine what how much and at what price they should produce goods
Answer:
B; it offers an expected excess return of 1.8%
Explanation:
Here are the options :
A; it offers an expected excess return of .2%A; it offers an expected excess return of 2.2%B; it offers an expected excess return of 1.8%B; it offers an expected return of 2.4%
to determine which stock is the better buy, we have to calculate the expected return of the stocks using CAPM
According to the capital asset price model: Expected rate of return = risk free + beta x (market rate of return - risk free rate of return)
Stock A = 5% + 1.2(9% - 5%) = 9.8%
Stock B = 5% + 1.8(9% - 5%) = 12.20%
The next step is to determine the excess return
stated expected return - calculated expected return = excess return
Stock A's excess return = 10% - 9.8% - 0.2%
Stock B's excess return = 14 - 12.20 = 1.8%
Security B would be considered because it has a higher excess return
Answer:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual hours
Explanation:
Giving the following information:
The production used 2.5 labor hours per finished unit, and the company paid $21 per hour, totaling $52.50 per unit of finished product.
<u>We weren't provided with enough information to solve the problem. We need estimated production hours and rates. But, I can leave the formula to solve it.</u>
To calculate direct labor rate variance, we need to use the following formula:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Hours
Answer:
c Claim their expenses as deductions for AGI.
Explanation:
Their costs are specified in Schedule C, not Form 2106 (Option). Although subject to Social Security tax, they are not subject to income tax withholding (option). Legitimate employees are not common law employees (selected). Costs for AGI will be reduced
Answer:
$17,163.86
Explanation:
to calculate how much J&J Enterprises will receive, we need to determine the present value of one bond:
present value = future value / (1 + interest rate)ⁿ
- future value = face value = $1,000
- interest rate = 8%
- n = 20 years
present value = $1,000 / (1 + 8%)²⁰ = $1,000 / 1.08²⁰ = $1,000 / 4.66 = $214.55 per bond x 80 bonds = $17,163.86
