Answer:
Kate will continue to operate in the short-run but plan on she will exit the business in the long-term
Explanation:
Kate's decision should be guided by her business's performance in terms of profitability. Kate is selling her meal at $5, but her total cost of serving the meal is $5.20. It means the business is operating at a loss.
Kate must start plantation on how she will leave that business. She may continue operating but only for a short while. Soon, she will find it hard to stay open because the business is loss-making. Kate will, therefore, continue operations in the short run. In the long term. Kate must plan on exiting the business.
Answer: True
Explanation:
As a result of the Accrual principle in accounting, transactions need to be recorded in the period that they occur in and not in the period they are paid for in.
The interest in Year 1 was incurred in year 1 and so will need to be recorded in year 1 for the period from issuance of the note to the last day of the accounting period.
This means that if the last day of the accounting period is December 31st, the interest for year 1 would have to be accrued from September to December of year 1 and recorded as year 1 interest.
Answer:
$439,610
Explanation:
Preparation for the current assets section of the balance sheet
Current assets
Cash $32,000
Accounts Receivable$111,900
Allowance for Doubtful Accounts($9,080)$102,820
($111,900-$9,080)
Inventory $295,000
Prepaid Insurance $9,790
Total current assets $439,610
($32,000+$102,820+$295,000+$9,790)
Therefore the current assets section of the balance sheet is $439,610
<span>False. The bottom of the pyramid innovation or 'BoP' innovation refers to people who lives at the bottom of the society generally are hard to adept to new technologies and innovations. However, in recent years, 'BoP' innovation has been proven to have a huge market.</span>
Answer:
Total FV= $29,335.25
Explanation:
<u>First, we need to calculate the future value of the initial investment ($2,500) using the following formula:</u>
FV= PV*(1 + i)^n
PV= $2,500
i= 0.0075
n=10*12= 120 months
FV= 2,500*(1.0075^120)
FV= $6,128.39
<u>Now, the future value of the $1,500 annual deposit:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
We need to determine the effective annual rate:
Effective annual rate= (1.0075^12) - 1= 0.0938
FV= {1,500*[(1.0938^10) - 1]} / 0.0938
FV= $23,206.86
Total FV= $29,335.25