In: Accounting
The Katz Motel in Nowhere, Kansas, has accumulated records of the total electrical costs of the motel and the number of occupancy-days over the last year. An occupancy-day represents a room rented for one day. The motel’s business is highly seasonal, with peaks occurring during the ski season and in the summer.
Month |
Occupancy-Days |
Electrical Costs | |||
January | 3,180 | $ | 6,510 | ||
February | 2,920 | $ | 6,261 | ||
March | 3,780 | $ | 7,392 | ||
April | 2,160 | $ | 5,569 | ||
May | 650 | $ | 1,820 | ||
June | 2,050 | $ | 5,261 | ||
July | 4,050 | $ | 7,829 | ||
August | 4,070 | $ | 7,896 | ||
September | 1,780 | $ | 4,984 | ||
October | 570 | $ | 1,596 | ||
November | 1,580 | $ | 4,424 | ||
December | 2,680 | $ | 5,908 | ||
1. Using the high-low method, estimate the fixed cost of electricity per month and the variable cost of electricity per occupancy-day. (Do not round your intermediate calculations. Round your Variable cost answer to 2 decimal places and Fixed cost element answer to nearest whole dollar amount.)
variable costs of electricity __________ per occupancy-day
fixed cost of electricity _____________ per month
Variable Cost of electricity = $ 1.80
per occupancy day
Fixed Cost of electricity = $ 570 per months
Month |
Units or Occupancy Days |
Cost |
|
High Level |
Aug |
4,070 |
$ 7,896.00 |
Low Level |
Oct |
570 |
$ 1,596.00 |
Difference |
3,500 |
$ 6,300.00 |
|
A |
Difference in Cost |
$ 6,300.00 |
|
B |
Difference in units |
3,500 |
|
C = A/B |
Variable cost per unit |
$ 1.800 |
|
Working |
High Level |
Low Level |
|
A |
Total Cost |
$ 7,896.00 |
$ 1,596.00 |
B |
Total Units |
4070 |
570 |
C |
Variable cost per unit |
$ 1.80 |
$ 1.80 |
D = B x C |
Total Variable cost |
$ 7,326.00 |
$ 1,026.00 |
E = A - D |
Total Fixed Cost |
$ 570.00 |
$ 570.00 |