ABC and STANDARD COSTING
Smithson Company
Smithson Company produces two products (A and B). Direct material and labor costs for Product A total P35 (which reflects 4 direct labor hours); direct material and labor costs for Product B total P22 (which reflects 1.5 direct labor hours). Three overhead functions are needed for each product. Product A uses 2 hours of Function 1 at P10 per hour, 1 hour of Function 2 at P7 per hour, and 6 hours of Function 3 at P18 per hour. Product B uses 1, 8, and 1 hours of Functions 1, 2, and 3, respectively. Smithson produces 800 units of A and 8,000 units of B each period.
____ 1. Refer to Smithson Company If total overhead is assigned to A and B on the basis of units produced, Product A will have an overhead cost per unit of
a.
|
P 88.64.
|
b.
|
P123.64.
|
c.
|
P135.00.
|
d.
|
None of the responses are correct.
|
____ 2. Refer to Smithson Company If total overhead is assigned to A and B on the basis of units produced, Product B will have an overhead cost per unit of
a.
|
P84.00.
|
b.
|
P88.64.
|
c.
|
P110.64.
|
d.
|
None of the responses are correct.
|
____ 3. Refer to Smithson Company If total overhead is assigned to A and B on the basis of direct labor hours, Product A will have an overhead cost per unit of
a.
|
P51.32.
|
b.
|
P205.28.
|
c.
|
P461.88.
|
d.
|
None of the responses are correct.
|
____ 4. Refer to Smithson Company If total overhead is assigned to A and B on the basis of direct labor hours, Product B will have an overhead cost per unit of
a.
|
P51.32.
|
b.
|
P76.98.
|
c.
|
P510.32.
|
d.
|
None of the responses are correct.
|
____ 5. Refer to Smithson Company If total overhead is assigned to A and B on the basis of overhead activity hours used, the total product cost per unit assigned to Product A will be
a.
|
P86.32.
|
b.
|
P95.00.
|
c.
|
P115.50.
|
d.
|
None of the responses are correct.
|
____ 6. Refer to Smithson Company If total overhead is assigned to A and B on the basis of overhead activity hours used, the total product cost per unit assigned to Product B will be
a.
|
P115.50.
|
b.
|
P73.32.
|
c.
|
P34.60.
|
d.
|
None of the responses are correct.
|
Phelps Company
Phelps Company produces 50,000 units of Product Q and 6,000 units of Product Z during a period. In that period, four set-ups were required for color changes. All units of Product Q are black, which is the color in the process at the beginning of the period. A set-up was made for 1,000 blue units of Product Z; a set-up was made for 4,500 red units of Product Z; a set-up was made for 500 green units of Product Z. A set-up was then made to return the process to its standard black coloration and the units of Product Q were run. Each set-up costs P500.
____ 7. Refer to Phelps Company. If set-up cost is assigned on a volume basis for the department, what is the approximate per-unit set-up cost for Product Z?
a.
|
P.010.
|
b.
|
P.036.
|
c.
|
P.040.
|
d.
|
None of the responses are correct.
|
____ 8. Refer to Phelps Company. If set-up cost is assigned on a volume basis for the department, what is the approximate per-unit set-up cost for the red units of Product Z?
a.
|
P.036.
|
b.
|
P.111.
|
c.
|
P.250.
|
d.
|
None of the responses are correct.
|
____ 9. Refer to Phelps Company. Assume that Phelps Company has decided to allocate overhead costs using levels of cost drivers. What would be the approximate per-unit set-up cost for the blue units of Product Z?
a.
|
P.04.
|
b.
|
P.25.
|
c.
|
P.50.
|
d.
|
None of the responses are correct.
|
____ 10. Refer to Phelps Company. Assume that Phelps Company has decided to allocate overhead costs using levels of cost drivers. What would be the approximate per-unit set-up cost for the green units of Product Z?
a.
|
P1.00.
|
b.
|
P0.25.
|
c.
|
P0.04.
|
d.
|
None of the responses are correct.
|
Lafayette Savings and Loan
Lafayette Savings and Loan had the following activities, traceable costs, and physical flow of driver units:
Traceable
|
Physical flow of
| |||
Activities
|
Costs
|
Driver Units
| ||
Open new accounts
|
P50,000
|
1,000 accounts
| ||
Process deposits
|
36,000
|
400,000 deposits
| ||
Process withdrawals
|
15,000
|
200,000 withdrawals
| ||
Process loan applications
|
27,000
|
900 applications
|
The above activities are used by the Jennings branch and the Crowley branch:
Jennings
|
Crowley
| ||
New accounts
|
200
|
400
| |
Deposits
|
40,000
|
20,000
| |
Withdrawals
|
15,000
|
18,000
| |
Loan applications
|
100
|
160
|
____ 11. Refer to Lafayette Savings and Loan. What is the cost per driver unit for new account activity?
a.
|
P0.09
|
b.
|
P0.075
|
c.
|
P30.00
|
d.
|
P50.00
|
____ 12. Refer to Lafayette Savings and Loan. What is the cost per driver unit for the deposit activity?
a.
|
P0.09
|
b.
|
P0.075
|
c.
|
P30.00
|
d.
|
P50.00
|
____ 13. Refer to Lafayette Savings and Loan. What is the cost per driver unit for the withdrawal activity?
a.
|
P0.09
|
b.
|
P0.075
|
c.
|
P30.00
|
d.
|
P50.00
|
____ 14. Refer to Lafayette Savings and Loan. What is the cost per driver unit for the loan application activity?
a.
|
P0.09
|
b.
|
P0.075
|
c.
|
P30.00
|
d.
|
P50.00
|
____ 15. Refer to Lafayette Savings and Loan. How much of the loan application cost will be assigned to the Jennings branch?
a.
|
P3,000
|
b.
|
P4,800
|
c.
|
P7,800
|
d.
|
P27,000
|
____ 16. Refer to Lafayette Savings and Loan. How much of the deposit cost will be assigned to the Crowley branch?
a.
|
P1,800
|
b.
|
P3,600
|
c.
|
P5,400
|
d.
|
P36,000
|
____ 17. Refer to Lafayette Savings and Loan. How much of the new account cost will be assigned to the Crowley branch?
a.
|
P10,000
|
b.
|
P20,000
|
c.
|
P30,000
|
d.
|
P50,000
|
Hazel Company uses activity-based costing. The company produces two products: coats and hats. The annual production and sales volume of coats is 8,000 units and of hats is 6,000 units. There are three activity cost pools with the following expected activities and estimated total costs:
Activity
Cost Pool
|
Estimated
Cost
|
Expected Activity
Coats
|
Expected Activity
Hats
|
Total
|
Activity 1
|
P20,000
|
100
|
400
|
500
|
Activity 2
|
P37,000
|
800
|
200
|
1,000
|
Activity 3
|
P91,200
|
800
|
3,000
|
3,800
|
____ 18. Refer to Hazel Company. Using ABC, the cost per unit of coats is approximately:
a.
|
P2.40
|
b.
|
P3.90
|
c.
|
P6.60
|
d.
|
P10.59
|
____ 19. Refer to Hazel Company. Using ABC, the cost per unit of hats is approximately:
a.
|
P2.40
|
b.
|
P3.90
|
c.
|
P12.00
|
d.
|
P15.90
|
Kan Co.
Kan Co. produces two products (A and B). Direct material and labor costs for Product A total P35 (which reflects 4 direct labor hours); direct material and labor costs for Product B total P22 (which reflects 1.5 direct labor hours). Three overhead functions are needed for each product. Product A uses 2 hours of Function 1 at P10 per hour, 1 hour of Function 2 at P7 per hour, and 6 hours of Function 3 at P18 per hour. Product B uses 1, 8, and 1 hours of Functions 1, 2, and 3, respectively. Kan produces 800 units of A and 8,000 units of B each period.
____ 20. Refer to Kan Co. If total overhead is assigned to A and B on the basis of units produced, Product A will have an overhead cost per unit of
a.
|
P 88.64.
|
b.
|
P123.64.
|
c.
|
P135.00.
|
d.
|
none of the above.
|
____ 21. Refer to Kan Co. If total overhead is assigned to A and B on the basis of units produced, Product B will have an overhead cost per unit of
a.
|
P84.00.
|
b.
|
P88.64.
|
c.
|
P110.64.
|
d.
|
none of the above.
|
____ 22. Refer to Kan Co. If total overhead is assigned to A and B on the basis of direct labor hours, Product A will have an overhead cost per unit of
a.
|
P51.32.
|
b.
|
P205.28.
|
c.
|
P461.88.
|
d.
|
none of the above.
|
____ 23. Refer to Kan Co. If total overhead is assigned to A and B on the basis of direct labor hours, Product B will have an overhead cost per unit of
a.
|
P51.32.
|
b.
|
P76.98.
|
c.
|
P510.32.
|
d.
|
none of the above.
|
____ 24. Refer to Kan Co. If total overhead is assigned to A and B on the basis of overhead activity hours used, the total product cost per unit assigned to Product A will be
a.
|
P86.32.
|
b.
|
P95.00.
|
c.
|
P115.50.
|
d.
|
none of the above.
|
____ 25. Refer to Kan Co. If total overhead is assigned to A and B on the basis of overhead activity hours used, the total product cost per unit assigned to Product B will be
a.
|
P115.50.
|
b.
|
P73.32.
|
c.
|
P34.60.
|
d.
|
none of the above.
|
JJ Corp.
JJ Corp. produces 50,000 units of Product Q and 6,000 units of Product Z during a period. In that period, four set-ups were required for color changes. All units of Product Q are black, which is the color in the process at the beginning of the period. A set-up was made for 1,000 blue units of Product Z; a set-up was made for 4,500 red units of Product Z; a set-up was made for 500 green units of Product Z. A set-up was then made to return the process to its standard black coloration and the units of Product Q were run. Each set-up costs P500.
____ 26. Refer to JJ Corp. If set-up cost is assigned on a volume basis for the department, what is the approximate per-unit set-up cost for Product Z?
a.
|
P.010.
|
b.
|
P.036.
|
c.
|
P.040.
|
d.
|
none of the above.
|
____ 27. Refer to JJ Corp. If set-up cost is assigned on a volume for the department, what is the approximate per-unit set-up cost for the red units of Product Z?
a.
|
P.036.
|
b.
|
P.111.
|
c.
|
P.250.
|
d.
|
none of the above.
|
____ 28. Refer to JJ Corp. Assume that JJ Corp. has decided to allocate overhead costs using levels of cost drivers. What would be the approximate per-unit set-up cost for the blue units of Product Z?
a.
|
P.04.
|
b.
|
P.25.
|
c.
|
P.50.
|
d.
|
none of the above.
|
____ 29. Refer to JJ Corp. Assume that JJ Corp. has decided to allocate overhead costs using levels of cost drivers. What would be the approximate per-unit set-up cost for the green units of Product Z?
a.
|
P1.00.
|
b.
|
P0.25.
|
c.
|
P0.04.
|
d.
|
none of the above.
|
Kingston Company
The following July information is for Kingston Company:
Standards:
| |
Material
|
3.0 feet per unit @ P4.20 per foot
|
Labor
|
2.5 hours per unit @ P7.50 per hour
|
Actual:
| |
Production
|
2,750 units produced during the month
|
Material
|
8,700 feet used; 9,000 feet purchased @ P4.50 per foot
|
Labor
|
7,000 direct labor hours @ P7.90 per hour
|
____ 30. Refer to Kingston Company. What is the material price variance (calculated at point of purchase)?
a.
|
P2,700 U
|
b.
|
P2,700 F
|
c.
|
P2,610 F
|
d.
|
P2,610 U
|
____ 31. Refer to Kingston Company. What is the material quantity variance?
a.
|
P3,105 F
|
b.
|
P1,050 F
|
c.
|
P3,105 U
|
d.
|
P1,890 U
|
____ 32. Refer to Kingston Company. What is the labor rate variance?
a.
|
P3,480 U
|
b.
|
P3,480 F
|
c.
|
P2,800 U
|
d.
|
P2,800 F
|
____ 33. Refer to Kingston Company. What is the labor efficiency variance?
a.
|
P1,875 U
|
b.
|
P938 U
|
c.
|
P1,875 U
|
d.
|
P1,125 U
|
Timothy Company
Timothy Company has the following information available for October when 3,500 units were produced (round answers to the nearest peso).
Standards:
| |||
Material
|
3.5 pounds per unit @ P4.50 per pound
| ||
Labor
|
5.0 hours per unit @ P10.25 per hour
| ||
Actual:
| |||
Material purchased
|
12,300 pounds @ P4.25
| ||
Material used
|
11,750 pounds
| ||
17,300 direct labor hours @ P10.20 per hour
| |||
____ 34. Refer to Timothy Company. What is the labor rate variance?
a.
|
P875 F
|
b.
|
P865 F
|
c.
|
P865 U
|
d.
|
P875 U
|
____ 35. Refer to Timothy Company. What is the labor efficiency variance?
a.
|
P2,050 F
|
b.
|
P2,050 U
|
c.
|
P2,040 U
|
d.
|
P2,040 F
|
____ 36. Refer to Timothy Company. What is the material price variance (based on quantity purchased)?
a.
|
P3,075 U
|
b.
|
P2,938 U
|
c.
|
P2,938 F
|
d.
|
P3,075 F
|
____ 37. Refer to Timothy Company. What is the material quantity variance?
a.
|
P2,250 F
|
b.
|
P2,250 U
|
c.
|
P225 F
|
d.
|
P2,475 U
|
____ 38. Refer to Timothy Company. Assume that the company computes the material price variance on the basis of material issued to production. What is the total material variance?
a.
|
P2,850 U
|
b.
|
P5,188 U
|
c.
|
P5,188 F
|
d.
|
P2,850 F
|
Batt Manufacturing
The following March information is available for Batt Manufacturing Company when it produced 2,100 units:
Standard:
| |
Material
|
2 pounds per unit @ P5.80 per pound
|
Labor
|
3 direct labor hours per unit @ P10.00 per hour
|
Actual:
| |
Material
|
4,250 pounds purchased and used @ P5.65 per pound
|
Labor
|
6,300 direct labor hours at P9.75 per hour
|
____ 39. Refer to Batt Manufacturing. What is the material price variance?
a.
|
P637.50 U
|
b.
|
P637.50 F
|
c.
|
P630.00 U
|
d.
|
P630.00 F
|
____ 40. Refer to Batt Manufacturing. What is the material quantity variance?
a.
|
P275 F
|
b.
|
P290 F
|
c.
|
P290 U
|
d.
|
P275 U
|
____ 41. Refer to Batt Manufacturing. What is the labor rate variance?
a.
|
P1,575 U
|
b.
|
P1,575 F
|
c.
|
P1,594 U
|
d.
|
P0
|
____ 42. Refer to Batt Manufacturing. What is the labor efficiency variance?
a.
|
P731.25 F
|
b.
|
P731.25 U
|
c.
|
P750.00 F
|
d.
|
none of the above
|
Redd Co.
Redd Co. uses a standard cost system for its production process and applies overhead based on direct labor hours. The following information is available for August when Redd made 4,500 units:
Standard:
| |
DLH per unit
|
2.50
|
Variable overhead per DLH
|
P1.75
|
Fixed overhead per DLH
|
P3.10
|
Budgeted variable overhead
|
P21,875
|
Budgeted fixed overhead
|
P38,750
|
Actual:
| |
Direct labor hours
|
10,000
|
Variable overhead
|
P26,250
|
Fixed overhead
|
P38,000
|
____ 43. Refer to Redd Co. Using the one-variance approach, what is the total overhead variance?
a.
|
P6,062.50 U
|
b.
|
P3,625.00 U
|
c.
|
P9,687.50 U
|
d.
|
P6,562.50 U
|
____ 44. Refer to Redd Co. Using the two-variance approach, what is the controllable variance?
a.
|
P5,812.50 U
|
b.
|
P5,812.50 F
|
c.
|
P4,375.00 U
|
d.
|
P4,375.00 F
|
____ 45. Refer to Redd Co. Using the two-variance approach, what is the noncontrollable variance?
a.
|
P3,125.00 F
|
b.
|
P3,875.00 U
|
c.
|
P3,875.00 F
|
d.
|
P6,062.50 U
|
____ 46. Refer to Redd Co. Using the three-variance approach, what is the spending variance?
a.
|
P4,375 U
|
b.
|
P3,625 F
|
c.
|
P8,000 U
|
d.
|
P15,750 U
|
____ 47. Refer to Redd Co. Using the three-variance approach, what is the efficiency variance?
a.
|
P9,937.50 F
|
b.
|
P2,187.50 F
|
c.
|
P2,187.50 U
|
d.
|
P2,937.50 F
|
____ 48. Refer to Redd Co. Using the three-variance approach, what is the volume variance?
a.
|
P3,125.00 F
|
b.
|
P3,875.00 F
|
c.
|
P3,875.00 U
|
d.
|
P6,062.50 U
|
____ 49. Refer to Redd Co. Using the four-variance approach, what is the variable overhead spending variance?
a.
|
P4,375.00 U
|
b.
|
P4,375.00 F
|
c.
|
P8,750.00 U
|
d.
|
P6,562.50 U
|
____ 50. Refer to Redd Co. Using the four-variance approach, what is the variable overhead efficiency variance?
a.
|
P2,187.50 U
|
b.
|
P9,937.50 F
|
c.
|
P2,187.50 F
|
d.
|
P2,937.50 F
|
____ 51. Refer to Redd Co. Using the four-variance approach, what is the fixed overhead spending variance?
a.
|
P7,000 U
|
b.
|
P3,125 F
|
c.
|
P750 U
|
d.
|
P750 F
|
____ 52. Refer to Redd Co. Using the four-variance approach, what is the volume variance?
a.
|
P3,125 F
|
b.
|
P3,875 F
|
c.
|
P6,063 U
|
d.
|
P3,875 U
|
ABC AND STANDARD COSTING
Answer Section
MULTIPLE CHOICE
1. A
Total Overhead
| ||||
Product A
|
Function
|
Hourly
Rate
|
Hours
|
Total
|
1
|
P 10
|
2
|
P 20
| |
2
|
P 7
|
1
|
P 7
| |
3
|
P 18
|
6
|
P 108
| |
Totals
|
9
|
P 135
| ||
Product B
|
Function
|
Hourly
Rate
|
Hours
|
Total
|
1
|
P 10
|
1
|
P 10
| |
2
|
P 7
|
8
|
P 56
| |
3
|
P 18
|
1
|
P 18
| |
Totals
|
10
|
P 84
| ||
OH/Unit
|
Units
Produced
|
Total
| ||
P 135
|
800
|
P 108,000
| ||
P 84
|
8000
|
P 672,000
| ||
P 780,000
| ||||
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
|
P 780,000
|
0.090909091
|
P 70,909.09
|
800
|
P 88.64
|
(800/8800)
|
2. B
See #70 for Total Overhead Computations
| ||||
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
|
P 780,000
|
0.909090909
|
P 709,090.91
|
8000
|
P 88.64
|
(8000/8800)
|
PTS: 1 DIF: Moderate OBJ: 5-3
3. B
Product
|
DL Hrs/Unit
|
Units Produced
|
Total DL
Hours
| |
A
|
4
|
800
|
3200
| |
B
|
1.5
|
8000
|
12000
| |
15200
| ||||
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
|
P 780,000
|
0.210526316
|
P 164,210.53
|
800
|
P 205.28
|
(3,200/15,200)
|
4. B
See #72 for Direct Labor Computations
| |||||
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
| |
P 780,000
|
0.789473684
|
P 615,789.47
|
8000
|
P 76.98
| |
(12,000/15,200)
|
PTS: 1 DIF: Moderate OBJ: 5-3
5. C
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
|
DM and DL/Unit
|
Total
|
P 780,000
|
0.082568807
|
P 64,403.67
|
800
|
P 80.50
|
P 35.00
|
P 115.50
|
(7,200/87,200)
|
6. D
Total OH
|
Proportion
|
Allocated
OH
|
Units
Produced
|
OH per
Unit
|
DM and DL/Unit
|
Total
|
P 780,000
|
0.917431193
|
P 715,596.33
|
8000
|
P 89.44
|
P 22.00
|
P 111.44
|
(80,000/87,200)
|
7. B
Total setup cost: P500 ´ 4 = P2,000
P2,000/56,000 = P0.0357
8. A
Total setup cost: P500 ´ 4 = P2,000
P2,000/56,000 = P0.0357
9. C
Setup cost for blue units = P500.00
Number of blue units produced = 1,000
P500/1,000 = P.50
10. A
Setup cost = P500.00
Units produced = 500
P500.00/500 = P1.00/unit
11. D
P50,000/1,000 = P50.00 per account
12. A
P36,000/400,000 = P0.09
13. B
P15,000/200,000 = P0.075
14. C
P27,000/900 = P30.00
15. A
P30.00 ´ 100 = P3,000
16. A
P0.09 * 20,000 = P1,800
17. B
400 * P50 = P20,000
18. C
Activity
|
Cost Allocation
|
Cost per Unit
|
1
|
P20,000 * 100/500 = P 4,000 / 8,000
|
P0.50
|
2
|
P37,000 * 800/1,000 = P29,600 / 8,000
|
3.70
|
3
|
P91,200 * 800/3,800 = P19,200 / 8,000
|
2.40
|
Total Cost per Unit
|
6.60
|
19. D
Activity
|
Cost Allocation
|
Cost per Unit
|
1
|
P20,000 * 400/500 = P 16,000 / 6,000
|
P2.67
|
2
|
P37,000 * 200/1,000 = P 7,400/ 6,000
|
1.23
|
3
|
P91,200 * 3,000/3,800 = P72,000 / 6,000
|
12.00
|
Total Cost per Unit
|
15.90
|
20. A
21. B
22. B
23. B
24. C
25. A
26. B
27. B
28. C
29. A
30. A
31. D
32. C
33. B
34. B
35. A
36. D
37. A
38. C
39. B
40. C
41. B
42. D
43. C
44. A
45. B
46. C
47. B
48. C
49. C
50. C
51. D
52. D
Do you have a solution for Kan Co. problem because i need to know how it was done to arrive at that answer, thank you
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