The answer is C: chronological (because it pertains to an order and can involve history.
Answer:
$131,000
Explanation:
The computation of the ending balance of stockholder equity is shown below:
= Beginning balance of stockholder equity + net income - dividend paid + additional common stock issued
= $94,000 + $24,000 - $9,000 + $22,000
= $131,000
Therefore, the ending balance of stockholder equity is $131,000
We simply added the net income and the additional common stock issued and deduct the dividend paid to the beginning balance of stockholder equity so that the ending balance could come
Ending merchandise = beginning Merchandise + net purchases- cost of goods sold
Cost of goods sold= beginning merchandise + purchases during the period- ending merchandise
Answer:
D. 8 percent interest for 9 years
Explanation:
We would use the formula future value formula below to determine which of the investment options would double her money:
FV=PV*(1+r)^n
PV is the amount invested which is $1000
r is the interest rate expected to be earned while n is the number of years First option:
FV=$1000*(1+6%)^3
FV=$1,191.02
Second option:
FV=$1000*(1+12%)^5
FV=$1,762.34
Third option:
FV=$1000*(1+7%)^9
FV=$ 1,838.46
Fourth option:
FV=$1000*(1+8%)^9
FV=$2000
Last option:
FV=$1000*(1+6%)^10
FV=$ 1,790.85
Answer:
NPV = $20,040.35
Explanation
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.
NPV = PV of cash inflow - PV of cash outflow
We can set out the cash flows of the project using the table below:
Annual net cash inflow = Savings - Technician cost = 61,427- 20,000
= $41,427
PV of Cash flow= $41,427 × (1-(1.12^(-5))/0.12= 149,335.06
PV of salvage value = 1.12^(-5)×$6,641 = 3768.281749
NPV = 149,335.06 + 3,768.281 -133,063= 20,040.35
