Answer:
Long-term investments.
Explanation:
Capital budgeting can be regarded as process that is been utilized by business in determining the type proposed fixed asset purchases that need to be declined or should be accepted. This process helps in creating quantitative view as regards the proposed fixed asset investment, so that rational basis to make make a judgment can be surfaced. It should be noted that Capital budgeting is the process of analyzing Long-term investments.
Answer:
False
Explanation:
Have you ever heard the phrase "there are lies, [email protected] lies and statistics"?
The only way that a statistical study be 100% confident is that it involves everyone or everything. For example, if you want to carry on a study about how many US college students drive, in order to be 100% confident of the result, you would need to interview all the college students in the country.
Answer:
Net Present Value = $59,632.78
Explanation:
<em>The net present value NPV) of a project is the present value of cash inflow less the present value of cash outflow of the project.
</em>
<em>NPV = PV of cash inflow - PV of cash outflow
</em>
Present value of cash inflow:
65,000 × (1.09375)^(-1) + 98000
×(1.09375)^(-2)+ 126,000
×(1.09375)^(-3)+ 132,000 × (1.09375)^(-4)= 326882.7792
PV of annual maintenance cost :
=1,500 × (1- 1.09375^(-4))/0.09375
=4819.84773
NPV = 26882.7792 - 4819.84773
- (255,000+12250)
= 59,632.78
Answer:
The answers are:
A) Consulting revenue should be listed below the debited account as it is credited.
C) Accounts payable is not involved in this transaction.
D) The Consulting revenue account should be indented, as it is credited.
E) The correct account that should be debited is the Accounts receivable account.
Explanation:
Explanation:
I = Prt
I = (10000)(.11)(4) = $4400
Total Cost = Down Payment + Principal Borrowed + Interest
Total Cost = 2000 + 8000 + 4400
= $14,400
Monthly Payment = (Principal Borrowed + Total interest) / Total number of payments
Monthly Payment = (10,000 + 4400) / 48
= $300
APR= (2 × n × I) / [P × (N + 1)]
APR = (2 × 12 × 4400) / [10,000 × (48+1)]
= 21.55%