<u>Calculation of Edelman's market/book ratio:</u>
The market/book ratio is calculated with the help of following formula:
Market/book ratio = Market price per share / Book value per share
The Book value per share can be calculated as follows;
Book value per share =Common Equity/ Shares of common stock outstanding
= 8,000,000,000 /500,000,000
= 16
Hence ,
Market/book ratio = 25/16 = 1.56
Hence, Edelman's market/book ratio is <u>1.56</u>
Answer:
addition to retained earnings is $34,304
Explanation:
Revenue = $513,000
- Costs <u>= $406,800</u>
Gross Profit = $106200
- Depreciation expense = $43,800
- Interest paid <u>= $11,200</u>
Profit before tax = $51,200
- Tax 33% = $16,896
Profit after tax = $34,304
*Profit after tax is actually addition to Retained earning the dividend payment is made from the Retained earning account after that.
Answer:
Break-even sales = $800,000.
Explanation:
<em>The beak-even point is the units of products to be sold or number of customers to be served to enable a business to cover exactly its total cost from the revenue. At the break-even point, the business makes no profit or no loss because the contribution from sales exactly equals the total fixed cost</em>
<em>Break-even in sales revenue = Total fixed cost/Contribution margin</em>
<em>Contribution margin (%) = Contribution/ sales × 100</em>
= 160,000/640,000
= 0.25 × 100
= 25%
<em>Fixed cost = Contribution - operating income</em>
= 160,000- -( 40,000)
= 160,000 + 40,000
= 200,000
<em>Break-even point sales = 200,000/25%</em>
= $800,000.
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:
Depreciation expense-Year 2 = $8840
Explanation:
It is important to note that the depreciation is based on the units-of-production method and in case of the truck, we take 100000 miles as its useful life or total units of production.
The depreciable value of the truck is Cost - salvage value,
Depreciable Value = 33000 - 7000 = 26000
The depreciation for year 2 based on units-of-production is,
Depreciation expense for year 2 = 26000 * 34000/100000 = $8840