I think the answer is <span>unit-elastic over this price range. This happens when a company earns the same revenue even with some slight changes on the prices. It means that slight increase or even decrease in price does not affect the revenue of the company.</span>
Answer: The nominal money supply should set at 1,600.
Explanation:
Given that,
Money demand function: (M/P)d = 2,200 – 200r
r - Interest rate
Money supply (M) = 2,000
Price level (P) = 2
If the fed wants to set the interest rate at 7% then,
Money supply = money demand
= 
= 2,200 – 200r
P = 2 and r = 7%
= 2,200 – 200 × 7
M = 800 × 2
M = 1,600
The nominal money supply should set at 1,600.
Answer:
Value of Operations Kendra Enterprises has never paid a dividend. Free cash flow is projected to be $80,000 and $100,000 for the next 2 years, respectively; after the second year, FCF is expected to grow at a constant rate of 10%. The company's weighted average cost of capital is 18%. What is the terminal, or horizon, value of operations
Terminal value = $1,783,333.33
Explanation:
Terminal value = FCF3/(WACC � g2)
FCF3 = FCF2 x 1.07 = $100,000 x 1.07 ? $107,000
= $107,000/(.13 - .07)
Terminal value = $1,783,333.33
The answer to this item is letter <em>C. PRICE ELASTIC. </em>
The price elastic demand as stated in this given corresponds to the increase or rise in the total revenue when the price is brought down or decreased. This is indicated by the PED (price elasticity of demand).
The total revenue is calculated by multiplying the total items, good, or services sold by the unit price. For the demand which is price elastic, the decrease in the price will cause a higher raise in the number of customer vying for the products and services.
Answer:
See below
Explanation:
Given the following;
Standard hours per unit of output 6.4 hours
Standard variable overhead rate $12.80 per hour
Actual hours 2,650 hours
Actual output 150 units
To calculate the variable overhead efficiency variance, we will use the formula below;
Variable overhead efficiency variance
= (Standard quantity - Actual quantity) × Standard rate
Standard quantity = 150 units × 6.4 = 960
Variable overhead efficiency variance
= (960 - 2,650) × $12.80
= $21,632 unfavourable