Answer:
Using High and Low Method
Cost Miles
$
High 1,250 4,000
Low <u>(970) </u> <u>(3,000)</u>
<u> 280 </u> <u>1,000</u>
Variable cost per mile = $2,800/1,000
=$0.28 per mile
Explanation:
In this question, there is need to obtain the difference with the highest cost and lowest cost. We also need to calculate the difference between the highest miles and lowest miles. Finally, we will divide the difference in cost by the difference in miles in order to determine the variable cost per mile.
Answer:
the general price level and the aggregate quantity of goods and services demanded
Explanation:
Answer:
The correct answer is: ratio of consumption to income.
Explanation:
The average propensity to consume is a measure to show the percentage of income that is spent on consumption of goods and services. It is calculated by the ratio of consumption and income.
It can also be calculated as 1 - APS. Here, APS is the average propensity to consume which is the ratio of savings to income.
Answer:
B, 195750
Explanation:
Let's first figure out the manufacturing overhead per direct labor hour
175500/13000= 13.5
So we allocate 13.5 in manufacturing overhead per direct labor hour
Let's the mulitply this by the number of actual direct labor hours
14500*13.5=195750
