Answer:
Option D.
Explanation:
The demand function for good X is
where, 
is price of good X, 
is price of good Y and M is income.
It is given that the price of good X is $1, the price of good Y is $10, and income is $100.
Substitute 
, 
and M = 100 in the given function.
None of the statements associated with this question are correct.
Therefore, the correct option is D.
Answer:
$5.74
Explanation:
Q* = 2DS / H[1-(d/p)]
Q² = 2DS / H[1-(d/p)]
S = (Q²)(H)[1 - (d/p) / 2D
Setup cost S = (200^2)*(10)*(1 - (100/800)) / 2*30,500
Setup cost S = 40000*10*0.875 / 61000
Setup cost S = 350000 / 61000
Setup cost S = 5.737704918032787
Setup cost S = $5.74
Answer: $19,800
Explanation;
The Monopolist will maximize output at the point where Marginal Revenue equals Marginal Cost because at this point all resources are being fully utilized.
Total Cost = Average Total Cost * Quantity produced
At the point where MR=MC, the quantity produced is 1,100 units.
The Average Total Cost tallying with this is $18 per unit.
Total Cost = 18 * 1,100
= $19,800
Answer:
4.5%
Explanation:
Stock R (Beta) = 1.5
Stock S (Beta) = 0.75
Expected rate of return on an average stock (Rm)= 10%
Risk free rate (Rf) = 4%
Required Return (Re) = Rf +(Rm-Rf) B
Required Return = 0.04 + (0.10-0.04) B
Required Return = 0.04 + 0.06B
Stock R = 0.04 + (0.06 * 1.50)
Stock R = 0.04 + 0.09
Stock R = 0.13
Stock R = 13%
Stock S = 0.04 + (0.06 * 0.75)
Stock S = 0.04 + 0.045
Stock S = 0.085
Stock S = 8.5%
Here, the more risky stock is R and less risky stock is S. Since, R has more beta than the Stock S.
= 13% - 8.5%
= 4.5%
