I think the answer is B because that doesn't seem very desirable
Answer:
d. This cannot be determined from the given information
Explanation:
To find the average revenue of 200 units it is necessary to know the total units. However, the function of the marginal revenue is not given. It is impossible to infer the marginal revenue (price) of other units (of output) only from knowing the marginal revenue of the 100th unit.
Answer:
The profit maximizing output level declines by 2.5 units and the price rises by $100.
Explanation:
In a monopoly market the inverse demand curve is given as,
P = 1,200 - 40Q
The marginal cost of production of the last unit is $200.
The total revenue is
=
=
The marginal revenue of the last unit is
=
= 1,200 - 80Q
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 200
80Q = 1,000
Q = 12.5
Putting the value of Q in the inverse demand function,
P =
P = $700
Now, if the marginal cost rises to $400,
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 400
80Q = 800
Q = 10
Putting the value of Q in the inverse demand function,
P =
P = $800
Answer:
e) perfectly elastic
Explanation:
Elasticity is a measure of the sensitivity of demand to the price of a product. If demand is elastic, bidders should avoid raising prices as demand decreases considerably. Conversely, when demand is inelastic, consumers are less sensitive to price changes. When demand is perfectly elastic, this means that a slight increase in the price of a good will cause all demand to flow to a competing supplier. This is observed in competitive markets where providers provide the same type of good for the market price. If one of them raises the price, he loses all of his market share. This is because consumers are rational and will buy the product that is offered at the lowest possible price.
Answer:
The one entry is recorded
Explanation:
The journal entry is shown below:
Inventory A/c Dr (Ending inventory) $10,000
Cost of goods sold A/c Dr (Balancing figure) $94,000
To Inventory A/c Dr (Beginning inventory) $5,000
To Purchase account $99,000
In mathematically,
Cost of goods sold = Beginning inventory + purchase - ending inventory
= $5,000 + $99,000 - $10,000
= $94,000