Answer:
$3.62
Explanation:
Dividend Yield = 0.12/2
Dividend Yield = 0.06
==> (Dividend in One Year)/Current Price= .045
D1 = 0.06*$64
D1 = $3.84
D0 (Current Dividend) = D1/(1+Dividend Yield)
D0 (Current Dividend) = $3.84/(1.06)
D0 (Current Dividend) = 3.622641509433962
D0 (Current Dividend) = $3.62
The answer is D. All would be included as human resources
Answer and Explanation:
An increase in the number of firms increases the demand elasticity. As the demand elasticity increases from 2 to 3 it means you could encounter less demand if product prices are increased. At a demand elasticity of -3, it is regarded as inelastic demand and a change in price will not affect the demand for the product as customers are still likely to patronize the product example gasoline. Due to its high demand, an increase in price will not readily affect the demand for it. Therefore if you are to change the price from $10 at 2 to 3 demand elasticity increase, the percentage of increase from 2 to 3 is given as.
3-2/2 X 100 = 50%
The new charge (x) at -3 demand elasticity = 50%/3 = 0.66666666
The increase in the new charge is therefore $10 + $10x = $10 + $10(0.166666) = $11.67
Answer:
a. Total liabilities = $280,000
b. Total liabilities = $250,000
Total equity -= $250,000
Explanation:
As we know that
Total assets = Total liabilities + shareholder equity
So in the first case
The amount of the liabilities is
Total liabilities = Total assets - Total equity
= $700,000 - $420,000
= $280,000
And, in the second case, the total assets is $500,000
And, the liabilities and equity amounts are equal to each other
So in this case, the liabilities is $250,000 and the equity is $250,000
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
