Answer:
NPV = $39,230
Payback period = 3.64 years
Explanation:
The net present value (NPV) = (net annual cash flow x interest factor) - investment
NPV = ($110,000 x 3.993) - $400,000 = $439,230 - $400,000 = $39,230
The payback period = investment / net annual cash flow = $400,000 / $110,000 = 3.64 years or 3 years, 7 months and 19 days
You can also calculate the PV of each annual cash flow which will give you a more precise result, but the variation is minimal:
PV = ($110,000 / 1.08) + ($110,000 / 1.08²) + ($110,000 / 1.08³) + ($110,000 / 1.08⁴) + ($110,000 / 1.08⁵) = $439,198
and the NPV = $39,198
I'd assume loans or credit debt.
Answer:
fall & $0.5 billion
Explanation:
Base on the scenario been described in the question, we can see that for each one percentage point increase in the interest rate, the level of spending investment is declining by $0.5 billion. For this reason it will make the investment spending to fall by $0.5 billion when the interest rate changes as we have seen in the first interest rate calculated.
Answer:
summarize it's a letter written by company management which attests to the accuracy of an audit
Explanation:
audit-to conduct a financial examination of an organisations account
Answer:
11,538 units
Explanation:
Given that:
Fixed assets = $150,000
Variable cost = $2
Sales price = $15
Break even point = Fixed cost ÷ Contribution margin
Contribution margin = Sales per unit - Variable cost per unit = $15 - $2 = $13
Break even point (Sales) = $150,000 ÷ $13 = 11,538 units
Therefore, 11,538 widgets must be sold to break even.
