Answer:
We should discontinue Product B
Explanation:
We should check if Product B generates a contribution or not:
We subtract from the sales revenues the variable cost:
revenue 39,500
variable cost of goods sold (25,500)
variable selling expenses <u> (16,500) </u>
Contribution (2,500)
<em>As the contribution is negative, we should discontinue </em>Product B as is less expensevely to stop production than continue.
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:
the answer is A, B, and D.
Explanation:
just took the test and these were the answers. please give me brainliest!
Answer:
The correct answer is C.
Explanation:
Giving the following information:
Barrington Bears has developed the following sales forecasts for January 500 units.
BB has 80 bears on hand on Dec. 31. The normal ending inventory policy is to hold 20% of next month’s sales.
Direct labor is paid $18 per hour. Each bear takes 40 minutes to hand-finish. Variable overheads total $21 per direct labor hour. Fixed overheads amount to $25,000 per month.
First, we need to calculate the production for January.
Sales= 500 units
Ending inventory= (600*0.2)= 120 units
Beginning inventory= 80 (-)
Total= 540 units
Conversion costs= direct labor + manufacturing overhead
Direct labor= [(40/60)*540]*$18= $6,480
Variable overhead= 21*360 hours= $7,560
Fixed overhead= $25,000
Total conversion costs= $39,040
Answer:
The bank is holding $19.5 million in excess reserves.
Explanation:
If the bank has $300 million is deposits and the reserve ratio is 8.5% then the bank needs to have minimum reserves of 8.5% of 300 million so the minimum reserves are 0.085*300 million = 25.5 million
How ever the actual reserves of the bank is the difference between deposits and loans. The deposits are 300 million and loans are 255 million so the actual reserves are 300 million-255 million= $45 million
Excess reserves is the difference between the actual reserves and the minimum reserves so 45 million - 25.5 million = 19.5 million.
