Machine | overhead | ||||
hours | costs | ||||
High | 507 | 2,733 | |||
low | 402 | 2399 | |||
difference | 105 | 334 | |||
Variable cost | 334/105 | ||||
3.18 | answer | ||||
Fixed cost = 2733-507*3.18 | |||||
1120 | answer | ||||
b) | Months overhead cost | ||||
1120+1000*3.18 | |||||
4300 | |||||
Question 14 XYZ Company uses the formula y = a + bX to predict and analyze...
Question 14 XYZ Company uses the formula y = a + bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration Month Machine Hours Overhead Costs 431 477 406 490 504...
Question XYZ Company uses the formula y = a + bx to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 1 457 $2,799 2 462 $2,994...
Question 14 z Company uses the formula y-a + bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for Month Machine Hours Overhead Costs 432 468 394 483 $2,646 3,089 2,476 $2,903...
Please answer properly thanks Question 7 XYZ Company uses the formula y = a + bx to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 1...
XYZ Company uses the formula y = a +bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 453 $2,579 478 $3,073 397 $2,432 490 $2,820...
Question 14 XYZ Company uses the formula y = a + bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 1 414 $2,752 2 487...
Exercise 19-3 The controller of Norton Industries has collected the following monthly expense data for use in analyzing the behavior of maintenance costs. Month January February March April May June Total Maintenance Costs $2,710 3,010 3,610 4,510 3,210 5,590 Total Machine Hours 350 400 550 640 550 750 Determine the variable cost components using the high-low method. (Round variable cost to 3 decimal pl e.g. 12.250.) Variable cost per machine hour LINK TO TEXT LINK TO TEXT VIDEO: APPLIED SKILLS...
The controller of Norton Industries has collected the following monthly expense data for use in analyzing the cost behavior of maintenance costs. Month Total Maintenance Costs Total Machine Hours January $2,550 300 February 2,850 350 March 3,450 500 April 4,350 690 May 3,050 500 June 5,460 700 Determine the variable cost components using the high-low method. (Round variable cost to 3 decimal places e.g. 12.250.) Variable cost per machine hour $ LINK TO TEXT LINK TO TEXT Determine the fixed...
The controller of Ayayai Industries has collected the following monthly expense data for use in analyzing the cost behavior of maintenance costs. Month Total Maintenance Costs Total Machine Hours January $2,880 300 February 3,120 390 March 3,720 540 April 4,620 650 May 3,320 540 June 5,920 700 Determine the variable cost components using the high-low method. (Round variable cost to 2 decimal places e.g. 12.25.) Variable cost per machine hour $ LINK TO TEXT LINK TO TEXT Determine the fixed...
The controller of Hall Industries has collected the following monthly expense data for use in analyzing the cost behavior of maintenance costs. Month Total Maintenance Costs Total Machine Hours January $ 3,041 4,032 February 3,456 4,608 March 4,147 6,912 April 5,184 9,101 May 3,686 5,760 June 5,322 9,216 Determine the variable-cost components using the high-low method. (Round variable cost to 2 decimal places e.g. 12.25.) Variable cost per machine hour $ LINK TO TEXT LINK TO TEXT Determine the fixed...