Answer:
(B) A noncurrent liability of $4,000
Explanation:
The non-current liability in respect of deferred tax shall be recognised in the accounts of Bren Co. as at December 31 as follows:
Deferred income tax liability related to non-current assets= $15,000
Deferred income tax asset related to non-current liability = ($3,000)
Deferred income tax asset related to current liability = ($8,000)
Deferred income tax liability to be recorded at year end = $4,000
So based on the above discussion the answer is (B) A noncurrent liability of $4,000
Answer:
The answer is D.
Explanation:
The demand curve faced by perfectly competitive firm is horizontal. This means that if individual firm charges price above the market price, it will not sell anything.
The curve is the same as marginal revenue curve because change in total revenue from selling one more unit(marginal revenue) is the constant market price.
And it holds in perfect market that price equals marginal revenue (P=MR).
The correct option is D.
Answer:
D. For a higher interest rate, an annuity has a smaller future value
Explanation:
If the interest rate increases, then the capitalization factor on the annuity increases making the annuity future valeu increase:

on the capitalziation factor we got rate in both part of the division:

on the top part is being added a unit and power to t
while in the other it doesn't change.
While it is true that a higher dividend makes the quotient decrease, the increases in the top part exceeds by far the increase in the bottom part, making increase the quotient.
Answer:
c.
The average monthly utility bill for Orlando, FL is $85.33 more than Indianapolis, IN.
Explanation:
Just did the practice on there for Home Ownership
Answer:
Sample size is 16
Mean 4
Standard deviation of the sample is 0.3.
Explanation
The Central Limit Theorem estabilishes that, for a random variable X, with mean
and standard deviation
, a large sample size can be approximated to a normal distribution with mean
and standard deviation
.
In this problem, we have that:
The population has a mean of four hours, with a standard deviation of 1.2 hours. The sample is the 16 of the employees.
So
The sample size is 16, so 
The mean of the sample is the same as the population mean, so
.
The standard deviation of the sample is 