Answer:
E, B, D, C, A, G, H, F
Explanation:
Bonds Payable - <em>Long-term liabilities</em>
Buildings - <em>Fixed assets</em>
Accrued Liabilities - <em>Current liabilities</em>
Intangibles - <em>Intangible assets</em>
Inventory - <em>Current assets</em>
Unearned Rent Revenues - <em>Revenue</em>; advanced paid rentals
Accumulated Depreciation - <em>Expense</em>
Retained Earnings - <em>Stockholder's equity</em>
Answer:
According to utility analysis, the consumer will be in equilibrium when he is spending money on goods in such a way that the marginal utility of each good is proportional to its price. Let us assume that, in his equilibrium position, consumer is buying q1 quantity of a good X at a price P1.
Explanation:
please mark as brainliest
Answer:
$24,000
Explanation:
Product A Product B Product C
sales 70,000 97000
Variable cost 37000 51000
Contribution margin 33000 46000
Avoidable cost 10,000 20000
Unavoidable cost 7000 12000 9400
Operating income 16000 14000
Total operating income if product C is dropped is (16000+14000 +3400-9400)
=$24000
Please note that Giant company with still incur the unavoidable cost even if the product is dropped. This is assumed to be a portion of the fixed overhead expenses allocated to the product in the course of normal operation.However , the loss made of 3400 will be avoided as well
The utmost effective
audit procedure for determining the collectability of an account receivable is
the, review of the subsequent cash collections. Reviewing the subsequent cash
collections speeds up the audit procedure to determine the collectability of an
account receivable.
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Answer:
EAW = -$17,545.71
Explanation:
initial investment = $200,000
cash inflows;
- Year 1 = $33,000
- Year 2 = $44,000
- Year 3 = $55,000
- Year 4 = $66,000
- Year 5 = $77,000
- Year 6 = $88,000
- Year 7 = $99,000
- Year 8 = $110,000
- Year 9 = $132,000
cash outflows:
- Year 1 = $20,000
- Year 2 = $30,000
- Year 3 = $40,000
- Year 4 = $50,000
- Year 5 = $60,000
- Year 6 = $70,000
- Year 7 = $80,000
- Year 8 = $90,000
- Year 9 = $100,000
EAW = equivalent annual worth = equivalent annual benefits - equivalent annual costs
to determine the EAB we must first find the PV of the cash inflows using a financial calculator = $408,348.84
EAB = (PV x r) / [1 - (1 + r)⁻ⁿ] = ($408,348.84 x 10%) / [1 - (1 + 10%)⁻⁹] = $70,905.91
to determine the EAC we must first find the PV of the cash outflows (including initial outlay) using a financial calculator = $509,395
EAC = (PV x r) / [1 - (1 + r)⁻ⁿ] = ($509,395 x 10%) / [1 - (1 + 10%)⁻⁹] = $88,451.62
EAW = $70,905.91 - $88,451.62 = -$17,545.71
