Answer:
The correct answer is option B.
Explanation:
The total revenue and profits of the industry as the price level increases with increase in the demand.
When there is an increase in the demand for the output of an industry, that industry will increase the production to match the increase in the demand. The increase in production will cause output level to increase.
In order to produce more output the industry will require more inputs, so the demand for inputs will increase.
An increase in the demand for inputs will be accompanied by increase in their prices.
There will not be any decline in the price of inputs.
Answer:
the correct answer is $150
Explanation:
TC=500 + 150q - 20q^2 + q^3
AVC=(150Q-20Q^2+Q^3)/Q
=150-20Q+Q^2
When AVC is at its minimum means that the marginal cost( CM) is igual to AVC, so we could consider this analysis:
CM= d(TC)/dq =150-40Q+3Q^2
CM=AVC
150-40Q+3Q^2=150-20Q+Q^2
Join similar terms:
150-150-40Q+20Q+3Q^2-Q^2=0
0-20Q+2Q^2=0
Q(-20+2Q)=0
Q_1=0 y Q_2=20/2=10
with q_1 with q_2
150-40*0+3*0=150-20*0+0 150-40*10+3*10^2=150-20*10+10^2
$150=$150 150-400+300 =150-200+100
$50= $ 50
We have two solution if we assume that q=0 like the minimum then the results is $150.
f we assume that q=10 like the minimum then the results is $50.
<span>This question is actually false. The type of contract described is actually a Sale or Return. When negotiating a Sale or Return, it is useful to define a period in which the goods will be returned if they are not satisfactory. It is also useful to have a requirement that the goods be returned unaltered and undamaged.</span>
Answer:
$328,400
Explanation:
Cost of Goods Manufactured is calculated in Manufacturing Account as follows :
<em>Cost of Goods Manufactured = Beginning Work In Process Inventory + Total Manufacturing Costs - Ending Work In Process Inventory</em>
therefore,
Cost of Goods Manufactured = $13,000 + ($121,000 + $61,000 + $15,000 + $111,000 + $24,000) - $16,600
= $328,400
