Answer:
So total cost of processing Costumers in January is $7200
And total cost of processing Costumers in February is $6000
Explanation:
Total cost of Representative for the whole year = 8000×12 = $96,000
Total number of customers complaints processed in a year = 40,000
Therefore, cost of Processing per customer complaints = 
per costumer complaint
Calculation of total cost of processing customer complaints:
Month Allocated Cost
So allocated cost in January = $2.4 ×3000 = $7200
And allocated cost in February = $2.4×2500 = $6000
The inventory system whereby the merchandise inventory account balance is merely a record of the most recent physical inventory count is called the periodic system. The periodic inventory system is a<span> method of accounting for merchandise inventory in which the cost of the inventory sold is determined only at the end of an accounting period.</span>
<span>The updates in this system are made on a </span>periodic<span> basis. </span>
Answer:
The correct answers would be option B and D, Provide hands on experience and connect students with experts.
Explanation:
CTSO stands for Career and Technical Students Organization. It is usually a non profit organization of career and technical students which are primarily based in schools or career technology centers. They are often integrated into departments of education on the state level. Their main purpose is to provide assistance and help to the students. They provide hands on experience to the students who want to flourish their career and technical skills before entering into the real markets. They also connect students with the experts of their fields who help them with their studies as well as with their careers.
I think that the answer is 24.69. i hope it helped :)
Answer:
combined degree: 3,5385
Explanation:
degree of operating leverage:
contribution: Q (sales - variable cost)
150,000 x (30 - 7) = 150,000 x 23 = <u>3,450,000</u>
EBT = contribution - fixed cost - interest expense
3,450,000 - 2,050,000 - 425,000 = <u>975,000</u>
combined degree: 3,5385
