Answer:
d. $2.10 per unit
Explanation:
Calculation for What is the company's unit contribution margin
First step is to calculate the Variable cost using this formula
Variable cost = Variable Manufacturing Expenses + Variable Selling & Administrative Expenses
Let plug in the formula
Variable cost = $297,000 + $165,000
Variable cost = $462,000
Second step is to calculate Total Contributiom Margin using this formula
Total Contributiom Margin=Sales – Variable Cost
Let plug in the formula
Total Contributiom Margin= $924,000 - $462,000
Total Contributiom Margin= $462,000
Now let calculate Unit Contribution Margin using this formula
Unit Contribution Margin= Total Contribution Margin/Total number produced and sold cement
Let plug in the formula
Unit Contribution Margin = $462,000 / 220,000 Unit Contribution Margin= $2.10 per unit
Therefore the Unit Contribution Margin will be $2.10 per unit
Answer:
B
Materials Control $ 250
Manufacturing Overhead Control $1,000
Work-in-Process Control $1,250
Explanation:
spoilage rate: 10/1000 = 0.01=1%
the job requires 2,500 goods parts
total part required (considering spoilage)

2,500 /(1-0.01) = 2500/ 0.99 = 2525.2525 = 2525
2525-2500 = 25 spoilage part
<u>Note:</u>
in this case you may think you can simple do 2,500 x 0.01
But if the spoilage rate is high or the amount of high is, then you will have an answer different than the correct method. Stick to the formula given.
25 part x 50 = 1,250
From the work in process, we will subtract this value, we will increase the spoilage materials inventory and charge the diference as actual overhead.
b.
Materials Control $ 250
Manufacturing Overhead Control $1,000
Work-in-Process Control $1,250
Answer:
<h3>true or if i wrong fulse so </h3>
Answer:
It is a violation of NASD rules against guaranteeing a customer against loss.
Explanation:
In this case the RR is guaranteeing the customer against loss. The customer initially bought the shares for $20 the new price is $10. The RR now coming in to buy the shares above market value is a way to guarantee the customer against loss, and its a NASD violation.
Occipital lobe
The occipital lobe is one of the four major lobes in the brain's cerebral cortex. It is located at the back of the head (see attached image). The occipital lobe's primary function is processing and making sense of visual information we receive through our eyes. Damage or trauma to the occipital lobe (in John's case when he got hit on the back of his head) can cause temporary or permanent vision impairment, subject to the severity of the trauma.