In: Accounting
This exercise will be an application of the Hi-Lo method and its use in forecasting future costs:
The ZZ Company wants to forecast their utility costs for next year (2017). There is a relationship between the number of welds and the number of applications of glue and the total cost of utilities for the business. For 20x6 the activity and utility cost for the various months are as follows:
Number of Welds |
Utilities Cost |
Number of |
Utilities Cost |
||
January |
60 |
2200 |
January |
60 |
1800 |
February |
70 |
2600 |
February |
70 |
2100 |
March |
90 |
2900 |
March |
90 |
2700 |
April |
120 |
3300 |
April |
120 |
3600 |
May |
100 |
3000 |
May |
100 |
3000 |
June |
130 |
3600 |
June |
130 |
3900 |
July |
150 |
4000 |
July |
150 |
4500 |
August |
140 |
3600 |
August |
140 |
4200 |
September |
110 |
3100 |
September |
110 |
3300 |
October |
80 |
2500 |
October |
80 |
2400 |
The forecasted activity for 20x7 is as follows:
Estimated Number |
Estimated Number |
||||
January |
50 |
January |
50 |
||
February |
85 |
February |
85 |
||
March |
100 |
March |
100 |
||
April |
110 |
April |
110 |
||
May |
95 |
May |
95 |
||
June |
135 |
June |
135 |
||
July |
165 |
July |
165 |
||
August |
125 |
August |
125 |
||
September |
115 |
September |
115 |
||
October |
90 |
October |
90 |
||
Calculate the total forecasted utility cost for 2017 for the following:
The total utility cost for welds
The total utility cost for applications
The total utility cost