Answer:
<u>Overhead Report for heavy-duty trailer axles.</u>
Order size ($ 16.85 × 200) $3,370.00
Customer orders ($ 320.00 × 1) $320.00
Product testing ($ 89.00 × 4) $356.00
Selling ( $ 1,090.00 × 2) $2,180.00
Total $6,226.00
Conclusion :
The total overhead cost assigned to the order is $6,226.00
Explanation:
ABC system allocates overheads to jobs using cost drivers.
First an Activity Center where costs accumulate is identified these can be several in our scenario we have four Activity Centers.
Then the Cost driver rate is calculated for each Activity Center. Our question has provided these.
The final step is to allocate the overheads to a particular job using the cost driver rate.
Answer:
A price ceiling set at $6 will be binding and will result in a shortage of 8 units.
Explanation:
In order for a price ceiling to be binding, it must be set below the equilibrium price level. In this case, $6 is below the equilibrium price of $10. It will produce a shortage of 8 units because the quantity supplied by producers will be only 6 units, while the quantity demanded by consumers will be 14 units.
Binding price ceilings always produce a deadweight loss which is represented by the area between the demand curve and the supply curve left to the equilibrium price.
Hey there,
Your question states: T<span>o obtain your credit report, you should _____.
Your correct answer would be "</span><span>write to the credit bureau".
Hope this helps.</span>
Answer:
True, I just think this is a true thing due to exposure and costs of ads. And how many businesses go outta business.
Answer:
a. True
Explanation:
The statistical difference between a process operating at a 5 sigma level and a process operating at a 6 sigma level is markedly different when it comes to the number of defects present, which is a true statement because as we know process sigma indicates the process variation and is measured in terms of data units, while process sigma count Z, or process sigma level, is a count with no unit of measure and sigma is a statistical term that measures how much a process varies from perfection, based on the number of defects per million units. And also we know that a six sigma process is 1 in which 99.99966 percent of all chances to provide some characteristics of a part are statistically assumed to be free regarding defects.
