Answer:
More than $1500 price per car per month has to be dropped.
Explanation:
Given:
price per car = $20,000
car sale per month = 40
rate of increase in demand = 3
Solution:
Revenue R = Price × Quantity = P * Q
From the above given data
P = 20,000
Q = 40
R = P*Q
dQ/dt = 3
We have to find the rate at which the price is to be dropped before monthly revenue starts to drop.
R = P*Q
dR/dt = (dP/dt)Q + P(dQ/dt)
= (dP/dt) 40 + 20,000*3 < 0
= (dP/dt) 40 < 60,000
= dP/dt < 60000/40
= dP/dt < 1,500
Hence the price has to be dropped more than $1,500 before monthly revenue starts to drop.
Answer:
(A) 18,400 units
(B) 12,940 units
Explanation:
The computation of the equivalent units of production for
(A) Material = Units transferred out + Ending work in process
= 9,300 units + 9,100 units
= 18,400 units
(B) Conversion = Units transferred out + (Ending work in process × conversion percentage)
= 9,300 units + 9,100 units × 40%
= 9,300 units + 3,640 units
= 12,940 units
Answer:
(64,000- 5,200 = 58,800).
Explanation:
Subtract your originial cost from the residual value. (64,000- 5,200 = 58,800).
Dane and the other stockholders will lose their investments but nothing else. Because Dane and others are stockholders in this company, they will lose the money that they had invested in the company and they will no longer receive any dividend from the company again because the company has gone bankrupt. Dane and others are not liable for other debts that had been acquired by the company.
Answer:
The long run is best defined as a time period
- during which all inputs can be varied.
One thing that distinguishes the short run and the long run is
- the existence of at least one fixed input.
Explanation:
On the long run, all productive inputs can be changed and/or altered. that includes fixed costs like equipment and machinery, building facilities, processes, wages, etc.
On the short run, at least one of the inputs used to produce our goods or services cannot be changed, e.g. wages tend to be sticky, fixed costs (depreciation of equipment and machinery, buildings, etc.)
