Answer:
The answer is: $18, 750
Explanation:
The double-declining-balance(DDB) method entails computing depreciation of an asset at an accelerated rate. This method is employed when the asset loses value quickly and is expected to generate more revenue at the earlier stages of its useful life. The depreciation is higher at the beginning and lower close to the end of the asset's useful life. The depreciation is computed as follows:
Depreciation = 2 * straight line depreciation percentage * Book value at the beginning of the period
Machine cost: $75, 000
Residual Value: $5, 000
Estimated Life: 4 years/18, 000 hours
Straight line depreciation percentage : 100/4 = 25%
Depreciation Year 1 on DDB = 2 * 25% * $75, 000
= $37, 500
Depreciation Year 2 on DDB = 2 * 25% * ($75, 000 -$37, 500)
= $18, 750
Answer:
One approach is to use the simple equation Value = Benefits / Cost. The plus side to this approach is that it is concrete and quantifiable. You can measure the profit consistently throughout the life of the product, charting changes in value over time.
The answer is A stock in a start-up company
Answer:
Dina's father in Sweden orders a bottle of Vermont maple syrup from the producer's website. INCREASES EXPORTS (X) AND INCREASES THE GDP
Charles buys a sweater made in Guatemala. INCREASES IMPORTS (M) AND REDUCES THE GDP
Charles's employer upgrades all of its computer systems using U.S.-made parts. INCREASES INVESTMENT (I) AND INCREASES THE GDP
The state of Pennsylvania repaves highway PA 320, which goes through the center of Swarthmore. INCREASES GOVERNMENT EXPENSES (G) AND INCREASES THE GDP
Dina gets a new refrigerator made in the United States. INCREASES CONSUMPTION (C) AND INCREASES THE GDP
Answer:
$660,000
Explanation:
WACC = [wD * kD * (1 - t)] + [wE * kE]
WACC = [(0.77 / 1.77)*6.12%* (1 - 0.40)] + [(1 / 1.77)*11.61%]
WACC = 1.60% + 6.56%
WACC = 8.16%
Present value of annuity = Annuity*[1-(1+interest rate)^-time period]/rate
Present value of annuity = $1.67*[1-(1.08156745763)^-9]/0.0816
Present value of annuity = $1.67*6.206374532
Present value of annuity = $10.36 million
NPV = Present value of inflows - Present value of outflows
NPV = $10.36 million - $9.7 million
NPV = $660,000