Answer:
$30,000 and $360,000
Explanation:
The computation of the gain on the exchange is shown below:
= Cash received + fair value of the computer - undepreciated cost of existing computer
= $120,000 + $360,000 - $450,000
= $30,000
The amount of the computer which is recorded will equal to the fair value of the computer i.e $360,000
For computing the gain we simply added the fair value and deduct the undepreciated cost of an existing computer in the cash received amount so that the accurate amount can come.
All other information which is given is not relevant. Hence, ignored it
Answer:
Direct Labor rate Variance $ 24840 Unfavorable
Labor Efficiency Variance $23520 favorable
Explanation:
Direct Labor rate Variance = Actual Hours * Actual Rate- Actual Hour * Standard Rate
Direct Labor rate Variance = 24840*15- 24840*14
= 372600- 347760
= $ 24840 Unfavorable
Labor Efficiency Variance = Actual Hours * Standard Rate- Standard Hour * Standard Rate
Labor Efficiency Variance = 24840*14- 4*6630*14
= 24840*14- 26520*14
= 347760 - 371280= $23520 favorable
Answer:
A. Decrease
Explanation:
In investment appraisal with the method of Net Present Value, the bone of contention and the central matter is the TIME VALUE OF MONEY.
In the above scenario, the initial working capital was 100% released in proportions of 40%, 40% and 20%, throughout the 3 years of the project. However, if the reverse had been the case, i.e. parting with more cash now and the requirement of working capital now becomes: Year 0 = -10,000, Year 1 = - 10,000, Year 2 = -10,000, Year 3 = +30,000; the NPV would definitely shrink because the value of 10,000 each in Years 0-2 would not be the same when it is recovered from the project in year 3. The value will be smaller and hence the NPV of the project would have decreased as a result of the time value of money.
Answer:
a. inelastic
Explanation:
<em>As you can see in the image I added, the curve that is close to a vertical is the inelastic one.</em> Inelastic means that the demand remains the same even if the prices go up or down.
I hope you find this information useful and interesting! Good luck!
