The firm’s marginal cost of production when the firm is producing 50 units of output is 33.33
Solution:
The production function is Q = 
The initial value is 10 units. The production value is 50 units The manufacturing cycle needs work as stated below.
Q = 
Q = 
L =
The wage rate is $15 . The following is the expense of the manufacturing process.
TC = 
TC = ![( 15 * (\frac{Q}{3.162} )^{2} ) + [ P_{k * 10}]](https://tex.z-dn.net/?f=%28%2015%20%2A%20%28%5Cfrac%7BQ%7D%7B3.162%7D%20%29%5E%7B2%7D%20%29%20%2B%20%5B%20P_%7Bk%20%2A%2010%7D%5D)
The marginal production cost is really the increase in manufacturing costs as output increases by 1 point.
As listed below, the marginal cost:
TC = ![( 15 * (\frac{Q}{3.162} )^{2} ) + [ P_{k * 10}]](https://tex.z-dn.net/?f=%28%2015%20%2A%20%28%5Cfrac%7BQ%7D%7B3.162%7D%20%29%5E%7B2%7D%20%29%20%2B%20%5B%20P_%7Bk%20%2A%2010%7D%5D)
MC =
= 
MC =
= 33.33
Hello there,
A detailed description of the money your business makes and expends every month for the first year is called a(n)
Answer: Cash-flow statement.
D for sure is the correct answer
Answer:
$69
Explanation:
Calculation for Central Park's taxable income
Pretax accounting income $80
Less Temporary differenceDepreciation (15)
($35 – $20)
Bad debt expense $4
($6 – $2)
Taxable income$69
($80-$15+$4)
Therefore Central Park's taxable income will be $69
Answer:
average annual transportation inventory for each alternative are 16.4383 , 5.4794, 27.3972
Explanation:
Given data
Annual demand A = 2000 flower
transit time t1 = 3 days
transit time t2 = 1 day
transit time t3 = 5 days
to find out
What is the average annual transportation inventory for each alternative
solution
we will apply here average annual transportation inventory formula that is
average annual transportation inventory = t × A / 365
put the value t1 , t2 and t3 for annual demand 2000
so
average annual transportation inventory = t × A / 365
average annual transportation inventory = 3 × 2000 / 365 = 16.4383
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 1 × 2000 / 365 = 5.4794
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 5 × 2000/ 365 = 27.3972