<span>perhaps u want the formula for the percentage of markup, giving the cost and selling price.
..(selling price) = (cost) + (Markup)
..(selling price) - (cost) = (markup)
so,
..(markup)/(selling price)*100% = ((selling price) - (cost))/(selling price) * 100%
.. =(1 -(cost)/(selling price))*100%
</span>
Answer: c. it ensures productive efficiency.
Explanation:
The average cost pricing is used by the government in order to control the price that may be charged by the monopolist.
With the average cost pricing, monopolists are forced to reduce the price that twhy charge for a product to a point whereby the average total cost of the firm and the market demand curve will intersect.
This is vital as it brings about productive efficiency, increase production and also the reduction in the price of a good.
Therefore, the correct option is C "it ensures productive efficiency".
Answer:
The answer is General Forge and Foundry Company selling and replacing its inventory 2.55 times per year on average.
Explanation:
We have:
The company cost of good sold = Sales x 65% = 100,000 x 65% = $65,000
The company inventory = Total current asset - Cash - Account Receivable = 85,000 - 38,250 - 21,250 = $25,500
=> Inventory turn over ratio = Cost of good sold / Inventory = 65,000/25,500 = 2.55 times or the company is selling and replacing its inventory 2.55 times per year.
So, the answer is 2.55 times.
Answer:
$93,600
Explanation:
The computation of the total contribution margin is shown below:
Given that
For 5,100 sales unit, the contribution margin is $91,800
So, for 5,200 sales units, the contribution margin would be
= Contribution margin × new sales units ÷ previous sales units
= $91,800 × 5,200 units ÷ 5,100 units
= $93,600
All other information which is given is not relevant. Hence, ignored it
Answer:
correct option is d. $4800 U
Explanation:
given data
product requiring = 3 direct labor hours
standard rate = $ 16 per direct labor hour
produced using = 8700 direct labor hours
actual payroll = $135720
to find out
labor quantity variance
solution
we get here labor quantity variance that is express as
Direct labor quantity variance = (standard hours worked for actual production - actual hour worked) × standard rate per direct labor hour ...................1
here standard hours worked for actual production will be as
standard hours worked = standard hours required per unit of production × actual units produced
standard hours worked = 3 × 2800
standard hours worked = 8400 hours but we have given actual work hour 8700 direct labor hours
so put all value is equation 1 we get
Direct labor quantity variance = ( 8400 - 8700 ) × $16
Direct labor quantity variance = $4800 unfavorable
so correct option is d. $4800 U
