The Aust Corporation has gathered the following data on its copy machine costs for the first eight months of the year.
Month | Number of Copies | Total Copy Cost | |||||
January | 40,000 | $ 3,500 | |||||
February | 35,000 | $ 3,200 | |||||
March | 60,000 | $ 4,100 | |||||
April | 80,000 | $ 5,100 | |||||
May | 85,000 | $ 5,600 | |||||
June | 75,000 | $ 4,800 | |||||
July | 82,000 | $ 5,300 | |||||
August | 105,000 | $ 6,000 |
(a)
Assuming the line intersects the y-axis at $2,000 and using the January activity levels what is the equation of the line that would be drawn for a scattergraph. (Round variable cost to 4 decimal places, e.g. 15.2513 and fixed cost to 0 decimal places, e.g 1526.)
y | = | $ /copy + | $ |
Answer
y = $ 0.0375 / copy + $ 2,000
Explanation:
the line intersects the y-axis at $2,000. So, it means that Fixed cost is $ 2,000.
Now, Total cost = Fixed cost + (Variable Cost per unit * Units)
$ 3500 = $ 2000 + (Variable Cost per unit * 40,000)
$ 1500 = (Variable Cost per unit * 40,000)
Variable Cost per unit = $ 0.0375 per unit
In case of any doubt, please comment.
The Aust Corporation has gathered the following data on its copy machine costs for the first...
The Aust Corporation has gathered the following data on its copy machine costs for the first eight months of the year. Month Number of Copies Total Copy Cost January 40,000 $ 3,500 February 35,000 $ 3,200 March 60,000 $ 4,100 April 80,000 $ 5,100 May 85,000 $ 5,600 June 75,000 $ 4,800 July 82,000 $ 5,300 August 105,000 $ 6,000 Using the high-low method, what is the variable cost per copy? (Round answer to 2 decimal places, e.g. 15.25.) Variable...
The Aust Corporation has gathered the following data on its copy machine costs for the first eight months of the year. Month Number of Copies Total Copy Cost January 40,000 $ 3,500 February 35,000 $ 3,200 March 60,000 $ 4,100 April 80,000 $ 5,100 May 85,000 $ 5,600 June 75,000 $ 4,800 July 82,000 $ 5,300 August 105,000 $ 6,000 Using the high-low method, what is the fixed cost per month? Fixed cost $
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