The field of economics is so vast and broad that it is often classified into branches and one of which are the positive and normative economics. Positive economics usually refers to the process and methods of explaining a certain economic phenomenon in which it establishes common relationships among variables present.
Answer:
A monopolist that practices perfect price discrimination
- a. creates no deadweight loss.
Explanation:
Theoretically, if a monopolist is able to practice perfect price discrimination:
- marginal revenue curve = demand curve
- consumer surplus = 0
- every customer pays the highest amount that they are willing to pay
- production level = perfectly competitive level of output
Answer:
Expected contribution as per sales mix = $37*0.60 + $50*0.40
= $22.20 + $20
= $42.20 per unit
Total number of products in total at break even point = Total fixed cost / Contribution per unit
= $227,880 / $42.20 per unit
= 5,400 units
How many units each of Super and Supreme must Adams sell to break even?
<u>According to sales mix:</u>
Super = 5,400 * 60% = 3,240 units
Supreme = 5,400 * 40% = 2,160 units.
Answer:
The answer is YED for concert tickets = 20%/ 20% = 1
YED for bus rides = -20% / 20% = -1
Explanation:
income elasticity of demand (YED) = % change in Quantity demanded / % change in income
% change in income= (240-200) / 200 * 100= 20%
YED for concert tickets = 20%/ 20% = 1
YED for bus rides = -20% / 20% = -1
The income elasticity of demand for concert tickets and bus rides is unitary which means the rise in income is proportionate to the increase in the quantity demanded.
Answer:
Answer is explained in the explanation section below.
Explanation:
Data Given:
Material Cost Per Trailer = $500
Material Cost plus Profit Per Trailer (15%) = $500 + 75 = $575
Selling Price = $1000
Labor Cost Remaining Per Trailer = $425
Formula to Calculate the number of Trailers:
X = X1 (
)
Where,
N = number of Trailers
S = Slope Parameter
X = $425
X1 = $700
So, First we need to find the slope parameter, in order to calculate the number of trailers to be built.
S = 
where, α = 0.85 rate of improvement.
Plugging in the values into the formula, we get:
S =
S = -0.234
Now, we can easily find the number of trailers.
X = X1 (
)
Plugging in the values,
425 = 700 x (
)
Solving For N, we get:
N = 8.4 Trailers
N = 9 Trailers.
Hence, 9 Trailers must be built in order to realize this rate of profit.