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:
Apples supply increase imply new equilibrium at lower price, higher quantity. Demand downwards expansion on the curve itself is due to lower price.
Explanation:
Market is at equilibrium where Market Demand = Market Supply, & downward sloping demand curve intersects upward sloping demand curve.
If supply of apples increase & supply curve shifts rightwards, there is Excess Supply at previous equilibrium. Excess Supply creates competition among sellers, reduces new market price.
At lower price, demand expands & supply contratcs. New Equilibrium quantity is higher where new (rightwards shifted) supply curve intersects demand curve.
Quantity demanded increases (expands - downwards movement on demand curve) due to lower price, despite of no change in demand.
<span>An increase in the marginal income tax rate is likely to decrease the quantity of labor supplied. because the increase in the tax automatically reduces the profit of the firm. the management will always try to compensate their loss by taking necessary reforms or measures. the first and simplest method to reduce the loss is to cut down the expense by reducing the labour involved.</span>
Answer:
$6,480,000
Explanation:
The computation of the amount of the current liabilities is shown below:
Total assets of $11,200,000
Less: Noncurrent assets $1,480,000
Current Assets = $9,720,000
Now as we know that
Current ratio = Current Assets ÷ Current Liabilities
Current Liabilites is
= $9,720,000 ÷ 1.5
= $6,480,000
hence, the current liabilities is $6,480,000
