C. prototyping, does it makes sense now.
Fixed cost per mile 0.32 =(1600+1200+360+40)/10000.
Kristen Lu purchased a second user automobile for 8,000 at the start of last year and incurred the subsequent operatingcosts:8,000atthebeginningoflastyearandincurredthefollowingoperatingcosts ($8,000 ÷5 years) Insurance Garage rent Automobile tax and license Variable operating cost$ 1.600 $ 1.200 $ 360 $ 40 $ 0.14 per mile$The variable expense consists of gasoline, oil, tires, maintenance, and repairs. therefore the annual straight-line depreciation is$1,600.
The car is kept in a very garage for a monthly fee. Kristen drove the car 10,000 miles last year. Compute the typical cost per mile of Owning and operating cost of the the car. What costs above are relevant during this decision? Kristen is considering buying an upscale sports car to interchange the car she bought last year.
She would drive the identical number of miles irrespective of which car she owns and would rent the identical parking zone. The sports car's variable operating costs would be roughly identical because of the variable operating costs of her old car.
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Answer:
The correct answer is option D.
Explanation:
A change in the quantity demanded is a movement along the same demand curve. It is caused because of a change in the price of the product while other factors affecting demand remain constant.
A change in demand is shown by a movement in the demand curve. This is caused by changes in other factors such as income, population, preferences, price of other goods, etc, while the price of the product remains constant.
Answer:
Option B It presents variable cost as a slope coefficient
Explanation:
The reason is that the total cost function is:
Y = a + bx
The total cost in this case is Y, a is fixed cost as an intercept, b is variable cost represented as an slope and coefficient and x is level of activity which is independent of Y.
So the right answer is option B.
