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Answer:
The markup calculated as a result of information about the elasticity of demand
Explanation:
As a monopoly seller of pharmaceutical products the price set as markup would be above our marginal cost.
There are three facts about markup:
1. The Markup is not to be a price below marginal cost of the pharmaceutical product.
2. Markup is smaller when demand is more elastic. Remember if the price elasticity of demand is lower than 1, (negative) a rise in price causes an
increase in revenue for the seller.
Therefore having a -4 elasticity of demand could imply more profits for the firm.
Answer:
WACC is 9%
Explanation:
WACC is the average cost of capital of the firm based on the weightage of the debt and weightage of the equity multiplied to their respective costs.
According to WACC formula
WACC = ( Cost of equity x Weightage of equity ) + ( Cost of debt ( 1- t) x Weightage of debt ) + ( Cost of Preferred equity x Weightage of Preferred equity )
As per given data
Market Values
Equity = $7 billion,
Preferred stock = $2 billion
Debt = $13 billion
Cost
Equity
Capital asset pricing model measure the expected return on an asset or investment. it is considered as the cost of common stock.
Formula for CAPM
Cost of Equity = Risk free rate + beta ( market return - risk free rate )
Cost of Equity = Rf + β ( Mrp )
Cost of Equity = 3% + 1.6 ( 8% ) = 15.8%
Preferred stock = $2 / $26 = 0.077 = 7.7%
Debt = 8%
Placing values in the formula
WACC = ( 15.8% x $7 billion / $22 billion ) + ( 8% ( 1- 0.3) x $13 billion / $22 billion ) + ( 7.7% x $2 billion / $22 billion )
WACC = 5.03% + 3.31% + 0.7% = 9.04%
Answer:
False
False
Explanation:
Monopolistic competition is a type of imperfect market where there are many seller competing with each other but with differentiated products. Monopolistic competition is socially inefficient. The product variety externality implies that there is too little entry of new firms in the market.
Answer:
Amount per month (A) = $200 + $0.50 x $200 = $300
Interest rate (r) = 8.25% = 0.0825
Number of years (n) = 30 years
No of compounding periods in a year (m) = 12
Future value = ?
FV = A(1 + r/m)nm - 1)
r/m
FV = $300(1 + 0.0825/12)30x12 - 1)
0.0825/12
FV = $300(1 + 0.006875)360 - 1)
0.006875
FV = $300(1.006875)360 - 1)
0.006875
FV = $300 x 1,568.218999
FV = $470,465.70
The correct answer is D
Explanation:
In this case, there is need to apply the formula for future value of an ordinary annuity on the ground that compounding is done monthly. In the formula, monthly deposit (A) is $300, number of years is 30 years and interest rate (r) is divided by 12 because compounding is done on monthly basis. The number of years is also multiplied by the number of times interest is compounded in a year.
