Answer: The answer is 3 seconds
Explanation: because 24 divided by 3 is 8. Eight must be subtracted 3 times from 24 in order to reach 0.
Based on the information given for Server Company, the machine will be valued a<u>t $42,000 </u>and the machinery account will be credited.
<h3>What would be the value of the machine?</h3>
The machine was sold on January 1, 20X9 and at that point, the accumulated depreciation was $28,000.
The value of the machine was therefore:
= Cost of machine - Accumulated depreciation
= 70,000 - 28,000
= $42,000
Find out more on accumulated depreciation at brainly.com/question/1287985.
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Answer:
Option D. The accountant was a member of a professional organization.
Explanation:
The reason is that for a successful claim under the negligence act, the claimant have to prove following three things:
- Duty of care existed between the relation
- She has suffered economic harm &
- The harm was proximately caused by the accountant's breach of the duty of care.
So the accountant's membership is not a valid requirement under the negligence act for a successful claim.
The question is incomplete. The complete question is as follows,
At December 31, 2011 the accounting records of Gordon, Inc. contain the following items:
Accounts Payable 2500
Land 30000
Building 31250
Notes Payable ?
Retained earnings 125000
Accounts Receivable 18750
Cash ?
Equipment 40000
Capital Stock 12500
If the Notes Payable is $10,000, the December 31, 2011 cash balance is:
Answer:
Cash = $30000
Explanation:
The accounting equation states that the sum of total assets is always equal to the sum of total liabilities plus total equity. We can state the equation as follows,
Total Assets = Total Liabilities + Total Equity
So,
(30000 + 31250 + 18750 + 40000 + Cash) = (2500 + 10000) + (125000 + 12500)
120000 + Cash = 12500 + 137500
Cash = 150000 - 120000
Cash = $30000
Answer:
The expected excess return will be 11.4%
Explanation:
The S&P 500's excess return is the market return (rM). Using the CAPM model or the SML approach, we can calculate the required/expected rate of return on the stock we are investing in.
The expected rate of return is,
r = rRF + β * (rM - rRF)
Thus, return on the invested stock will be:
r = 0.03 + 1.2 * (0.1 - 0.03)
r = 0.114 or 11.4%
