Answer:
False.
Explanation:
(1) Units produced = 24 units of output
At the 24th unit of output,
Marginal revenue = $5
Marginal cost = $4
MR ≠ MC
At the 25th unit of output,
Marginal revenue = $4.50
Marginal cost = $4.50
MR = MC
At the 26th unit of output,
Marginal revenue = $4
Marginal cost = $5
MR ≠ MC
A firm maximizes its profit at a point where the marginal revenue is equal to the marginal cost i.e. MR = MC.
It is clear from the above scenario that this firm doesn't stop at 24 units of output because at this point of production profit maximizing condition is not fulfilled which means MR ≠ MC.
This firm should stopped at 25 units of output where marginal revenue is equal to the marginal cost from the 25th unit of output.
Answer: Forecasting is exclusively an objective prediction.
Explanation: In simple words, the process of predicting any future event by analyzing the past data is called the forecasting. The factors that an analyst takes from the past could be both qualitative and quantitative.
The forecasting process is done for a specified period and not for infinity. In other words, it is the study of trends and predicting how these trends could change in the future.
Hence from the above we can conclude that the correct option is B.
Answer:
the demand quantity and the supply quantity at a price of $15 is 8 units
Explanation:
Supply, P = 1/4 Q²
Demand, P = - 1/4 Q²+30
If P = 15
Quantity Demanded will be 15 = -0.25Q²+30;
if we move 30 across the equality sign.
Therefore -0.25Q²=-15; divide both sides by -0.25;
Q² = 60, Q = 7.746, approximately 8 units
Quantity Supplied will be 15 = 1/4 Q², dividing both sides by 1/4
Q² = 60, Q = 7.746, approximately 8.
Explanation:
The adjusting journal entry is presented below:
On September 30
Unearned ticket revenue A/c Dr $75,000
To Ticket revenue A/c $75,000
(Being the unearned ticked revenue is recorded)
The computation is shown below:
= Season tickets sale value × number of games ÷ given number of gains
= $200,000 × 3 games ÷ 8 games
= $75,000
