Answer:
The correct answer is letter "C": life is the total cost divided by the total annual depreciation.
Explanation:
The composite depreciation method uses the straight-line depreciation to rate and average the loss of value in given assets. It divides the useful life figure by the total depreciable cost to arrive at the total depreciation per year. It is helpful to determine the depreciation in a complete class of assets.
The closest to the minimum number of consumers needed to obtain the estimate with the desired precision is (b) 271
Explanation:
When the prior estimate of population proportion is not given , then the formula to find the sample size is given by :-
where E = Margin of error.
z* = Critical z-value.
As per given , we have
E = 5%=0.05
Confidence level = 90%
The critical value of z at 90% is 1.645 (By z-table)
Put all values in the formula , we get
n=0.25(1.645/0.05)²
n=0.25(32.9)²
n=270.6025≈271
Thus, the minimum sample size needed = 271
Hence , the correct answer is 271 .
Answer:
$18,106.25
Explanation:
For computing the carrying value of the bonds , first we have to determine the discount amortization for 8 years which are shown below:
= (Issued amount - proceeds from the bonds) ÷ time period
= ($20,000 - $18,300) ÷ 8 years × 2 years
= $106.25
Now the carrying value would be
= Proceeds from the bonds + discount amortization for 8 years
= $18,000 + $106.25
= $18,106.25
Since the time period is 8 which are paid in semi-annual so we double the time period
Answer:
B, A
Explanation:
A: 16% = 1.0F + 6%; F = 10%; B: 12% = 0.8F + 6%: F = 7.5%; thus, short B and take a long position in A.
Answer:
Protected status
Explanation:
In simple words, the trade secret is said to be protected when it has an economic value to the founding company or the company handling it and anyone who is exposed to the information regarding that is legally bound to not to disclose it.
Thus, from the above we can conclude that the given scenario indicates protected status.
