Answer:
Mark−up percentage = 18.75%
Explanation:
Total manufacturing cost= Direct material + Direct labor + Variable overhead + Fixed overhead
= $36 + $24 + $18 + $40
= $118
Hence, the total manufacturing cost is $118.
Total selling cost = Fixed selling cost + Variable selling cost
Total selling cost = $28 + $14
Total selling cost = $42
Hence, the total selling cost is $42
Total cost = Total Manufacturing cost + Total selling cost
Total cost = $118 + $42
Total cost = $160
Mark−up percentage = ROI / Total cost * 100
Mark−up percentage = $30 / $160 * 100
Mark−up percentage = 0.1875 * 100
Mark−up percentage = 18.75%
<u>Solution:</u>
Deffered revenue means when an organization receives the payment prior to the goods delivered to conusmer. In the given case, business receives $3000 on 1, January for ten month service (From january to October).
<u>The revenue per month needs to be calculated:</u>
Revenue per month = Revenue for ten months divided by Total number of months
By putting the figures we get,
Revenue per month = $3000 divided by 10 = $300 per month
An adjusting entry needs to be passed:
Date Particulars debit credit
31st jan Unearned Revenue $300
Service Revenue $300
( Service revenue that has been collected in advance)
Answer:
Explanation:
Present value of note = Annual payment x present value annuity factor
Annual payment = 8,400
PVAF = 4,7665
= $ 8,400 x 4.7665
= $ 40,038.60
So, the present value of note is $ 40,038.60
Answer: High income countries with larger governments as a share of GDP have generally grown at a slower rate than the countries with smaller governments.
Explanation: Developing countries or countries with less money typically grow at a faster rate than higher income countries because returns related to capital are not as strong. In richer countries, they have higher capital and tend to grow at a slower rate.
Answer:
The answer is 5000 future contracts
Explanation:
Solution
Given that:
Royal Dutch buys ethanol fuel from Brazilian energy company
Nowm,
The Required coverage = 500,000,000
The BRL/USD futures contract size = 100,000
Number of contracts required = 500,000,000/100,000
So,
= 500,000,000/100,000 = 5000
Therefore, the optimal number of BRL/USD futures contracts for Shell to take to receive the entire amount of Real at delivery is 5000
