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 = $5
MR ≠ MC
A firm maximizes its profit at a point where the marginal revenue is equal to the marginal cost i.e. MR = MC.
It is clear from the above scenario that this firm doesn't stop at 24 units of output because at this point of production profit maximizing condition is not fulfilled which means MR ≠ MC.
This firm should stopped at 25 units of output where marginal revenue is equal to the marginal cost from the 25th unit of output.
I THINK ITS MIDDLE FINGERS AT THESE AHOLE MODERATORS
Answer:
Explanation:
The base pay rate is about 350,000 Aus dollars. This morning the Aus$ had an exchange rate of 1 Aus$ = 0.7001 US dollars, so that means the base rate is about 0.7 * 350000 = 245,000 US dollars. I don't know what the 6 years does to the equation.
One appropriate critique for this excerpt is that <span>The effects of slavery are much worse than the effects of materialism.
The negative effect of slavery was the continuation of opression and discrimination that experienced by the descendants of the slave over ling period of time. Materialism on the other hand could only cause either abundance of goods, or bankruptcy</span>
Answer:
$6.71 per unit
Explanation:
The computation of average cost method is given below:-
Beginning Inventory
= 190 units × $7.30
= $1,387
Purchases
= 720 units × $7.30
= $5,256
Purchases
= 590 units × $5.80
= 3,422
Total units = 1,500
Total cost = $10,065
So, average cost per unit
Total cost ÷ Total number of units
= $10,065 ÷ 1,500
= $6.71 per unit
Therefore, to calculate the average cost per unit for May we simply divide 10,065 from 1,500
