Answer:
A. January 2016
B. May 2016
C. June 2016
Explanation:
Req. A
From the data table above, it is easy to understand that only 10,000 mobile phones were sold in the month of January.
Req. B
From the information above, the highest sales level was in the month of May with a 12,000 smartphones.
Req. C
We know, a monopolist maximizes its profit when marginal revenue equals to the marginal cost. MR = MC.
In that case, two months had equal marginal revenue = marginal cost, i.e., February and June.
According to the maximizing rule, at which point there are a high number of sales and MR = MC, that sales point is considered as maximizing profit.
Therefore, in the month of June, the sales were high with 11,000 smartphones. Hence, June was the firm's maximizing profit.
Answer:
The option that maximizes Maggie's taste index is 1 snack bar and 2 ice creams
Explanation:
<u>snack bar</u> <u>ice cream</u>
37 grams 65 grams
120 calories 160 calories
5 grams of fat 10 grams of fat
Maggie wants to consume up to 450 calories and 25 grams of fat, but she needs at least 120 grams of dessert per day. Ice cream taste 95, snack bars 85.
- maximize taste index = [85(37X) + 95(65Y)] / (37X + 65Y)
- 5X + 10Y ≤ 25 ⇒ CONSTRAINT 1
- 120X + 160Y ≤ 450 ⇒ CONSTRAINT 2
- 37X + 65Y ≥ 120 ⇒ CONSTRAINT 3
- X ≥ 0 ⇒ CONSTRAINT 4
- Y ≥ 0 ⇒ CONSTRAINT 5
maximum possible combinations following constraint 1, 4 AND 5:
- option 1: 1 snack bar - 2 ice creams (5 + 20 = 25)
- option 2: 2 snack bars - 1 ice cream (10 + 10 = 20)
- option 3: 3 snack bars - 1 ice cream (15 + 10 = 25)
possible combinations following constraint 2:
- option 1: 1 snack bar - 2 ice creams (120 + 320 = 440)
- option 2: 2 snack bars - 1 ice cream (240 + 160 = 400)
possible combination following constraint 3:
- option 1: 1 snack bar - 2 ice creams (37 + 130 = 167)
- option 2: 2 snack bars - 1 ice cream (74 + 65 = 139)
since we only have two possibilities, we can calculate which one generates the highest taste index
maximize taste index = [85(37X) + 95(65Y)] / (37X + 65Y)
- option 1: 1 snack bar - 2 ice creams = [85(37) + 95(130)] / (37 + 130) = (3,145 + 12,350) / 167 = 92.78
- option 2: 2 snack bars - 1 ice cream = [85(74) + 95(65)] / (74 + 65) = (6,290 + 6,175) / 139 = 89.68
Answer:
1. Cash payments for merchandise is $446,030
2.Cash payment for operating expense is $77,870
Explanation:
1. In order to calculate the Cash payments for Merchandise we would have to use the following formula:
Cash payments for Merchandise= cost of goods sold +decrease in accounts payable-decrease in inventory
Cash payments for Merchandise=$448,500+$4,290-$6,760
Cash payment for Merchandise=$446,030
2. In order to calculate the Cash payments for operating expenses we would have to use the following formula:
Cash payment for operating expense=operating expense - decrease in prepaid expense +decrease in Accured
Cash payment for operating expense=$78,000 -$650+$520
Cash payment for operating expense=$77,870
The answer is 1000
Density formula is weight/volume, so the unit should be gram/centimeter^3. To convert gram/centimeter^3 into kilogram/meter^3, the <span>conversion factors would be:
</span>(gram/centimeter^3) / (kilogram/meter^3)
= (gram/kilogram) /(centimeter^3/meter^3)
<span>= (gram/ 1000gram) / (centimeter^3/ 100^3 centimeter^3)
= (1/1000) / (1 / 100^3)
= 1,000,000/1000= 1,000</span>
Answer:
If sold without Modification, Armstrong Corporation will incur a loss of $12,500.
If the Corporation modifies the Stock and then Sell it, its loss will be $9,200.
Explanation:
<u>Workings</u>
Without Modification:
Selling Price = 7,300
Less: Cost of Inventory = 19,800
Loss = $12,500.
Modification:
Selling Price = 20,900
Less: Cost of Inventory = 19,800
Modification Cost = 10,300
Loss = $9,200.
If you have any queries, feel free to ask. Thanks!
