Answer:
C(100) = (75 x 100) + (200 x 100) = $27,500
Explanation:
the initial cost function of producing bikes is:
C(x) = 75F + 100W
the initial cost to produce 1 bike = $75 + $100 = $175
if the cost of wheels increase to $100 each, then the cost function is:
C(x) = 75F + 200W
in this case, there is not much to calculate since every bicycle must have 1 frame and 2 wheels, that means that in order to produce 100 bicycles you will necessarily need 100 frames and 200 wheels. Labor is not considered in this cost function, so any cost minimization strategy is limited to using the minimum amount of parts:
C(100) = (75 x 100) + (200 x 100) = $27,500
Answer: $19,800
Explanation;
The Monopolist will maximize output at the point where Marginal Revenue equals Marginal Cost because at this point all resources are being fully utilized.
Total Cost = Average Total Cost * Quantity produced
At the point where MR=MC, the quantity produced is 1,100 units.
The Average Total Cost tallying with this is $18 per unit.
Total Cost = 18 * 1,100
= $19,800
<span>Labor productivity is the ability to earn the highest amount of profit for a company for an employees time. Such as a chef, cooking 10 meals in an hour will bring in 100 dollars for those 10 meals and only gets paid 10 dollars. His labor productivity is earning the company 90 dollars for his time.</span>
Answer:
$3,000 understated
Explanation:
The computation of the working capital in case of no correcting entries made is shown below:
= Depreciation Expense for 2020 - depreciation expense for year 2021 - ending inventory for 2021
= $18,000 - $6,000 - $9,000
= $3,000 understated
While there is no additional errors occurred and no correcting entries passed so in this the $3,000 is understated by above calculation
