Answer:
Cash $3,848
Service Charge Expense ($4,000 ×3.8%) $152
To Sales Revenue $4,000
(Being the record of the sale of merchandise is recorded)
Explanation:
The journal entry is shown below:
Cash $3,848
Service Charge Expense ($4,000 ×3.8%) $152
To Sales Revenue $4,000
(Being the record of the sale of merchandise is recorded)
Since sale is made so we debited the cash it increased the assets plus there is service charge expense so the same is also debited as it increased the expenses and at the same time the merchandise is sold so it would be credited as it increased the revenue
Answer:
More interest payments on yearly computing.
Explanation:
It is generally said that if you can get monthly annual payments compared to yearly payments take it without a thought. This statement explains a lot; normally month payments are not available, but in some case they are. In annual payments, 12 months are compounded that is why it is higher rate compared to monthly. So, monthly payments are preferred
Answer:
$444,444.44
Explanation:
Larry's life insurance corporation is trying to sell an investment policy that will pay you and your heirs a total amount of $32,000 per year
The required return on this investment is 7.2%
= 7.2/100
= 0.072
Since the cash flow is a perpetuity then, the amount that will be paid for the policy can be calculated as follows
PV= C/r
= $32,000/0.072
= $444,444.44
Hence the amount of money that will be paid for the policy is $444,444.44
Answer:
Option A is the cheapest.
Explanation:
Giving the following information:
The engineering department estimates costs of $450,000 for the first year. It is estimated that if process and plant alterations are made, the waste treatment cost will decline $43,000 each year. As an alternative, a specialized firm, Hydro-Clean, has offered a contract to process the waste liquids for 15 years for $225,000 per year.
We need to use the following formula and chose the smallest net present value:
NPV= Io +∑ [Cf/(1+i)^n]
Option A:
Io= 407,000
Year cost= 43,000
NPV= 734,061
Option B:
Yearly cost= 225,000
NPV= 1,936,368
