Answer:
(Sales volume * Price) – (Variable costs + Fixed costs)
Explanation:
Profit is equal to Total sales less Total costs .
Here, Total costs is the addition of Variable and Fixed costs
(Sales Volume x Price) - (Variable Costs + Fixed Costs).
Answer:
Annual market potential = $85,848 millions
Explanation:
The annual market potential is the expected sales value for the soft drink product for a year should the maximum number of potential consumers purchase the product at the average price.
Annual market potential = Average price × No of consuming unit × consumption rate per annum
Maximum number of consuming unit = 80%× 300 million =240 million
Consumption rate per buyer per annum = 365
Average price = $0.98
Annual market potential ($) = 0.98× 240× 365 =$85,848 millions
Annual market potential = $85,848 millions
Answer:
Maximum price to be paid for the stock = $12.43
Explanation:
The Dividend Valuation Model is a technique used to value the worth of an asset. According to this model, the worth of an asset is the sum of the present values of its future cash flows discounted at the required rate of return.
<em>Hence the value of the stock would be the present value of its future dividend discounted at 15%</em>
Year PV of dividend
1 8 ×1.15^(-1)
2 4 × 1.15^(-2)
3. 2 × 1.15^(-3)
4 2 × 1.15^(-4)
PV of dividend = (8 ×1.15^-1) + (4 × 1.15^-2) + (2 × 1.15^ -3) + (2× 1.15^-4) = 12.439
Maximum price to be paid for the stock = $12.43
Answer:
(a) $700
(b) $5.50
Explanation:
Weekly fixed costs = $6,000
Weekly Total meals = Average customers per day × No. of days
= 500 × 6
= 3,000
Fixed cost per meal = Weekly fixed costs ÷ Weekly Total meals
= $6,000 ÷ 3,000
= $2
(a) Lowest price in total = Number of customers × Variable costs for each meal
= 200 × $3.50
= $700
(b) Lowest price = Variable costs for each meal + Fixed cost per meal
= $3.50 + $2
= $5.50
