Answer:
- $454
Explanation:
Net Operating Profit after tax = Net operating profit before tax - tax rate
= $1,800 - 20%
= $360
Economic Value Added:
= Net Operating Profit after tax - (Capital Invested × Weighted average cost of capital )
= $360 - [($8,500 - $1,100) × 11%]
= $360 - ($7,400 × 11%)
= $360 - $814
= - $454
I'm guessing its a combination of two goods that can be produced using limited resources in order for a economy to be efficient they must be able to decide on the products and services they can produce with their limited resources.
Answer:
The correct answer is B. non-exempt security under the Securities Act of 1933 because the purchaser bears the investment risk
Explanation:
With a variable annuity, the annuity funds are invested in securities such as bond funds or equity funds. In these cases, the performance of the funds will define the performance of the annuity money and how much the annuity owner will receive from it. In this case, in the variable annuities there is a certain investment risk that everyone must determine when investing their money. In summary, the amount of risk that everyone is in a position to adopt will determine the amount of acceptable risk and therefore what type of funds will be selected for the investment.
It is possible to consider using a variable annuity for those who:
- They feel comfortable with stock market fluctuations and are willing to accept them in exchange for a greater return to inflation for a longer period of time.
- They are young people who seek to plan for retirement by taking advantage of the long-term stock market.
Answer:
$444.42
Explanation:
For computing the saving amount, first need to calculate the economic order quantity, total cost etc
The economic order quantity is
where,
Annual demand is
= 774 packaging crates × 12 months
= 9,932 crates
And, the carrying cost is
= $12 × 34%
= $4.08
= 363.37 crates
Now the total cost is
= Annual ordering cost + Annual carrying cost
= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit
= 9,288 ÷ 363 × $29 + 363 ÷ 2 × $4.08
= $742.02 + $740.52
= $1,482.54
Now the total cost in case of 774 packing crates is
= Annual ordering cost + Annual carrying cost
= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit
= 9,288 ÷ 774 × $29 + 774 ÷ 2 × $4.08
= $348 + $1,578.96
= $1,926.96
So, the annual saving cost is
= $1,926.96 - $1,482.54
= $444.42
