Answer:
Results are below.
Explanation:
Giving the following information:
Miles Driven Total Cost
January 10,000 $17,000
February 8,000 13,500
March 9,000 14,400
April 7,000 12,500
<u>To calculate the variable cost per unit and the total fixed cost, we need to use the following formula:</u>
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (17,000 - 12,500) / (10,000 - 7,000)
Variable cost per unit= $1.5
Fixed costs= Highest activity cost - (Variable cost per unit * HAU)
Fixed costs= 17,000 - (1.5*10,000)
Fixed costs= $2,000
Fixed costs= LAC - (Variable cost per unit* LAU)
Fixed costs= 12,500 - (1.5*7,000)
Fixed costs= $2,000
Answer:
biológica this is the question
Answer: $36 billion
Explanation: In this scenario the total national income formula is manipulated so that the wages figure is deduced. Total national income, also known as gross national income (GNI), is the total amount of cash earned by a country's businesses and individuals. It also forms part of the gross domestic product (GDP) formula. It is cacluated as follows:
Total national income = rent + interest + profits + wages
Total national income forms a part of the GDP formula in the following way:
GDP = Total national income + net foreign factor income + sales taxes + depreciation
Because none of the other GDP figures have been given, they fall away in this scenario. This means that when manipulated so that the wages figure is deducted, the final answer is as follows:
65 billion (GDP) = $7 billion (rent) + $15 billion (interest) + $7 billion (profits) + wages
∴Wages = $65 billion (GDP) - $7 billion (rent) - $15 billion (interest) - $7 billion (profits)
= $36 billion
Answer:
$225,000
Explanation:
The utility budget is 5% of the previous year's total revenue.
The previous year revenue was $4,500,000.00
The utility budget will be 5% of $4,500,000.00
=5/100 x $4,500,000.00
=0.05 x $4,500,000
=$225,000
Answer:
x=0.25
Explanation:
Assuming that consumers value every non-defective car at $10,000 each, only defective used cars are for sale. Therefore, consumers value defective cars at $2,000.
The expected value of a new car is given by the defective new car rate (x) multiplied the defective value, added to the non-defective car rate (1-x) multiplied by the non-defective car value.

The fraction x is 0.25. That is, 25% of new cars sold are defective.