Answer:
$73,600
Explanation:
Cash flow from Operating Activity
Cash sales $26,000
Collections on accounts receivable $99,000
Payments to suppliers ($47,000)
Cash generated from operations $78,000
Income taxes paid ($4,400)
Net cash provided by operating activities $73,600
therefore,
the amount of net cash provided by operating activities indicated by these transactions is $73,600
Answer:
annual income = $70,292.52
Explanation:
initial outlay $900,000
in order to determine the net cash flows per year we can use the present value of an ordinary annuity:
PV = annual cash flow x annuity factor
- PV = $900,000
- annuity factor, 15%, 12 years = 6.1944
annual cash flow = $900,000 / 6.1944 = $145,292.52
annual cash flow = [(revenue - operating costs - depreciation) x (1 - tax rate)] + depreciation
- revenue - operating costs - depreciation = annual income
- tax rate = 0?
- depreciation = $900,000 / 12 = $75,000
$145,292.52 = annual income + $75,000
annual income = $145,292.52 - $75,000 = $70,292.52
Answer:
thx fpr the 50 bro and can i get brainliest i need one more
Explanation:
Answer:
c. Debit: Discount on notes payable, $41,884.
Explanation:
The journal entry is shown below:
Equipment $883,116
Discount on Notes payable $41,884 ($740,000 - $698,116)
To Notes payable $740,000
To Cash $185,000
(Being the amount paid in cash and note payable is recorded)
Working note
= Note payable amount × PVF factor at 6% for one year
= $740,000 × 0.94340
= $698,116
For recording this we debited the equipment as it increased the assets and discount is always debited while the note payable and cash is credited as it increased the liabilities and reduced the assets
Answer:
The demand for Jim’s product is elastic
Explanation:
In this question, we are to calculate the price elasticity of demand for the product.
We proceed as follows;
The formula for calculating elasticity of demand is
e = [(Q2 - Q1) / {(Q1 + Q2) / 2}] / [(P2 - P1) / {(P1 + P2) / 2}]
Here, Q2 = 6000
Q1 = 8000
P2 = $250
P1 = $200
e = [(6000 - 8000) / {(8000 + 6000) / 2}] / [($250 - $200) / {($200 + $250) / 2}]
e = [(- 2000) / 7000] / [(50 / 225]
e = - 1.3
That means absolute value of e is 1.3.
So, as the absolute value of e is more than 1 (i.e., 1.3), that means the demand for the product is elastic.
