In: Accounting
BlayCo's standard and actual costs per unit for the most recent period, during which 600 units were actually produced, are given below:
Standard Quantity/Hours: Materials- 4 feet per unit, Labor -unit 2 hours, Variable MOH- 2 hours per unit
Standard Price/Rate: Materials $2.00 per feet, Labor-$8.00foot per hour, Variable MOH- $3.00 per hour
Actual Quantity/Hours: Materials -1,000 feet, Labor-800 hours, Variable MOH- 800 hours
Actual Total Cost: Materials-$1,500, Labor-$4,000, Variable MOH-$2,000
Required (show your work): From the foregoing information, compute the following variances. Show whether the variance is favorable (F) or unfavorable (U):
Thank you.
Solution:
All the variances are calculated as below:
| 
 Direct Material Price Variance  | 
||
| 
 Actual Price ($1,500 / 1,000 feet)  | 
 $1.50  | 
 per foot  | 
| 
 Standard Price  | 
 $2.00  | 
 per foot  | 
| 
 Variance or Difference in Price  | 
 $0.50  | 
 per foot  | 
| 
 x Actual Quantity PURCHASED/USED  | 
 1,000  | 
 foot  | 
| 
 Direct Material Price Variance  | 
 $500  | 
 Favorable  | 
| 
 Direct Material Quantity/Efficiency/Usage Variance  | 
||
| 
 Standard Quantity Allowed for actual production:  | 
||
| 
 Actual Production/Activity  | 
 600  | 
 Units  | 
| 
 x Allowed Standard Quantity Per Unit  | 
 4  | 
 feet  | 
| 
 Total Standard Quantity Allowed for actual production (SQAP)  | 
 2,400  | 
 feet  | 
| 
 Actual Quantity USED  | 
 1,000  | 
 feet  | 
| 
 Variance or Difference in Quantity  | 
 1,400  | 
 feet  | 
| 
 x Standard Price (SP)  | 
 $2.00  | 
 per lbs  | 
| 
 Material Quantity/Efficiency Variance  | 
 $2,800  | 
 Favorable  | 
| 
 Labor Rate Variance  | 
||
| 
 Actual Hourly Rate ($4,000 / 800 hours)  | 
 $5.00  | 
 Per Hour  | 
| 
 Standard Hourly Rate  | 
 $8.00  | 
 Per Hour  | 
| 
 Variance or Difference in Rate  | 
 $3.00  | 
 Per Hour  | 
| 
 x Actual Labor Hours worked  | 
 800  | 
 Hours  | 
| 
 Labor Rate Variance  | 
 $2,400  | 
 Favorable  | 
| 
 Labor Quantity / Efficiency Variance  | 
||
| 
 Standard Hours Allowed for actual production:  | 
||
| 
 Actual Production  | 
 600  | 
 Units  | 
| 
 x Allowed Standard Hours Per Unit  | 
 2.000  | 
 hours  | 
| 
 Total Standard Hours Allowed for actual production (SHAP)  | 
 1,200  | 
 hours  | 
| 
 Actual Labor Hours Worked  | 
 800  | 
 hours  | 
| 
 Variance or Difference in Hours  | 
 400  | 
 hours  | 
| 
 x Standard Hourly Rate (SHR)  | 
 $8.00  | 
 per hour  | 
| 
 Labor Efficiency Variance  | 
 $3,200  | 
 Favorable  | 
| 
 Variable Overhead Rate/Spending/Cost Variance  | 
||
| 
 Actual Hourly Variable Overhead Rate ($2,000 / 800 hours)  | 
 2.50  | 
 Per Hour  | 
| 
 Standard Hourly Variable Overhead Rate  | 
 3.00  | 
 Per Hour  | 
| 
 Variance or Difference in Rate  | 
 0.50  | 
 Per Hour  | 
| 
 x Actual Hours Worked  | 
 800  | 
 Hours  | 
| 
 Variable Overhead Rate/Spending Variance  | 
 $400  | 
 Favorable  | 
| 
 Variable Overhead Efficiency/Quantity Variance  | 
||
| 
 Standard Hours Allowed for actual production:  | 
||
| 
 Actual Production  | 
 600  | 
 Pools  | 
| 
 x Allowed Standard Hours Per Unit  | 
 2  | 
 Hours  | 
| 
 Total Standard Hours Allowed for actual production (SHAP)  | 
 1200  | 
 Hours  | 
| 
 Actual Hours Worked (AH)  | 
 800  | 
 Hours  | 
| 
 Variance or Difference in Hours  | 
 400  | 
 hours  | 
| 
 x Standard Hourly Variable Overhead Rate  | 
 $3.00  | 
 per hour  | 
| 
 Variable Overhead Efficiency Variance  | 
 $1,200  | 
 Favorable  | 
Hope the above calculations, working and explanations are clear to you and help you in understanding the concept of question.... please rate my answer...in case any doubt, post a comment and I will try to resolve the doubt ASAP…thank you