Depreciation Expense is a temporary account since it is an income statement account.
Therefore, the answer is
b . False
Answer:
Explanation:
A fear approach is meant to scare people and make them aware that they are only human and that bad things can happen. This would push them towards buying the insurance package. A humorous approach would focus more and a funny message of why it is important. This change would be targetting the same audience but with a completely opposite message which may not reach people the same way, especially if those individuals do not like the humor aspect of it and are not longer scared from the previous fear strategy that the company would have had.
Answer:
$6,500
Explanation:
Allowance for doubtful accounts is a reduction in the total amount of accounts receivable given in the company´s balance sheet. Such an allowance is actually and estimate from the management of the accounts receivables that it doesn´t expect to receive.
Ecuation:
Adjustment = - Beginning balance + Write offs + Ending balance
Adjustment = ($2,700) + $4,800 + $4,400
Adjustment = $6,500
The estimation of the write off from the previous year must be discounted, the added the write off registered during the year plus the estimate at the end of the period.
<span>The use of braces explains the meaning of the words preceding the brace. Here Jillian actually mapping her co-worker's decision-making process so the braces probably contain decisions made on some circumstances. The circumstances may be given outside the brace.</span>
Answer:
22.33 m
Explanation:
We are given;
Coefficient of kinetic friction between the puck and floor; μ = 0.5
initial speed of the puck; u = 14.8m/s
From Newton's equation of motion, we know that;
v² = u² + 2as
But since it decelerate to rest, the acceleration will be negative.
Thus;
v² = u² - 2as
Final velocity is zero, thus;
0 = u² - 2as
Thus, a = u²/2s
Where s is the distance covered before coming to rest.
Now, we know that formula for the frictional force is;
F = μmg
F/m = μg
We also know that F/m = a
Thus, a = μg
Thus:
u²/2s = μg
s = u²/(2μg)
s = 14.8²/(2 × 0.5 × 9.81)
s = 22.33 m
