Well what true about is all of them
Answer:
Yes I would
Explanation:
We have these costs
Variable cost:
Materials = 600 dollars for each of component.
Labour is at a rate of 150 dollars each
For fixed cost depreciation = 300 dollars
Now we have to calculate the average variable cost
Cost of production of 1 pc + labour price of 1
= 600 + 150
AVC = 750
The sales price for each of the 10000 pc = 800 dollars
Now we can see that price p is greater than or equal to avc. 800 >=750
So the I have to accept to produce these pcs at the rate of 800 for 1 pc.
800-750 = 50
50x10000 = $500000 from the sale of the 10000 pcs
Answer:
a. Decrease by 15%
b. decrease by 16%
Explanation:
a. As we know that
Camaro and ford mustangs would be considered as a substitute goods as the cross price elasticity of demand comes in positive so in the case when the price of camaro decrease so the quantity of Mustang would also decreased by 1.5 ×10% = 15%
b. As we know that Gasoline and mustang would be considered as complementary goods so if the price of gasoline would increase by 20% so the quantity of mustang be decreased by 0.80 × 20% = 16%
Answer: Under economic growth conditions, firms with relatively more financial leverage will have higher expected returns.
Explanation:
Under economic growth conditions, firms and organizations with more financial muscle usually have higher expected returns.
This Growth, is as a result of the change in the company's earnings, revenue, GDP or some other sources over a period of time (usually a year) to the next. This growth are usually not affected by inflation.
Answer:
e. 14.20%
Explanation:
We use the formula:
A=P(1+r/100)^n
where
A=future value
P=present value
r=rate of interest
n=time period.
Hence
A=$450(1.1)^2+$450(1.1)^1+$450
=$450[(1.1)^2+(1.1)+1]
=$1489.50
Hence
MIRR=[Future value of inflows/Present value of outflows]^(1/time period)-1
=[1489.5/1000]^(1/3)-1
=14.20%(Approx)(E).