Answer:
$35,800
Explanation:
Gross Profit = Net sales - Cost of goods sold
= $268,100 - $145,500
= $122,600
Total Operating Expense:
= S, G & A Expenses + R&D expense
= $59,000 + $27,800
= $86,800
Operating Income = Gross Profit - Total Operating Expense
= $122,600 - $86,800
= $35,800
Units to be produced in February is calculated as -
Units to be produced in February = February sales + Ending inventory of February - Beginning inventory
February sales = 4,600 units
Ending inventory = 25 % * Sales of March = 25 % * 5,300 units = 1,325 units
Beginning inventory - 25 % * Sales of February = 25 % * 4,600 unit = 1,150 units
Units to be produced in February = 4,600 units + 1,325 units - 1,150 units
Units to be produced in February = 4,775 units
Tab Color.........................
If a consumer believes that the price of the good will be higher in the future he is more likely to purchase the good now. If the consumer expects that her income will be higher in the future the consumer may buy the good now. In other words positive expectations about future income may encourage present consumption.
The answers to the question are:
- The machine that is the constraint is the machine c.
- The product m = 80 units and n = 80 units
- Net profit = $3600
<h3>1. How to solve for the constraint of the machine</h3>
We have to solve for the workload of the machines
For A. 20*100 = 2000
For B, 5 * 100 + 10 *80
= 500 + 800 = 1300
For Machine C = 15 * 100 + 15 * 80
= 1500 + 1200
= 2700
The time at the workstation in c is more than the constant time of 2400, hence the constraint that we have is machine c.
b. 2400- 1200 = 1200
The product mix would be 1200/15
= 80
Hence the product mix m = 80 units and that of n = 80 units
<h3>c. The total net profit</h3>
80*$90 = 7200 , 80 * 105 = 8400
7200 + 8400
= 15600
The net profit = 15600 - 12000
= $3600
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