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<h3>= 25% × $1,400,000 ÷ 100</h3><h3>= <u>$350,000</u></h3>
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Answer:
The answer is $1,402,000
Explanation:
Cost of an asset is the total cost of acquiring and asset plus the cost incurred in bringing the asset to a working condition e.g cost of transporting the asset to factory, cost of installation etc.
Cost of the machine is:
Cost of acquisition $4,000,000
Cost of installation. $10,000
Building a clean room. $3,000,000
Total cost is. $7,010,000
No salvage value
Useful life is 5 years
Cost of depreciation using the straight-line method is
(cost of the asset - salvage value) ÷ number of useful life
$7,010,000 ÷ 5
= $1,402,000
It excludes money paid as salaries or wages to employees.
Answer:
The answer is: B) People face trade-offs
Explanation:
A trade-off happens when you have to balance two (or three in this case) opposing situations.
Rina has to decide how to divide the time she can spend training. If she chooses to do one activity, she can´t do the other. So she has to balance the time spent on each activity, probably depending on which sport she needs to train the most.
Answer:
Statement a. is correct.
Explanation:
The effective annual rate is always higher than the nominal interest rate, as the formula is clear for any number of periods, for any interest rate:
Effective Annual Rate of return = 
Further if we calculate the present value of annuity due and ordinary annuity assuming 6 % interest rate, then:
Present value of annuity due =
= 1.06 
$400.95
= $425.0089
Present value of ordinary annuity = 
= $150 2.6730
= $400.95
Therefore, value of annuity due is more than value of ordinary annuity.
Statement a. is correct.
