Examlex

Solved

Figure 17-8
the Following Information Was Extracted from the Accounting

question 9

Multiple Choice

Figure 17-8
The following information was extracted from the accounting records of Noelle Company:  STANDARD COST CARD PER UNIT Direct materials: 8 pounds ×£1.20 per pound £9.60 Direct labour: 3 hours ×£20 per hour 60.00 Variable overhead: 3 hours ×£6 per hour 18.00 Fixed overhead ? Total standard cost per unit ?\begin{array}{c}\text { STANDARD COST CARD}\\\text { PER UNIT}\\\begin{array}{llc}\text { Direct materials: } & 8 \text { pounds } \times £ 1.20 \text { per pound } & £ 9.60 \\\text { Direct labour: } & 3 \text { hours } \times £ 20 \text { per hour } & 60.00 \\\text { Variable overhead: } & 3 \text { hours } \times £ 6 \text { per hour } & 18.00 \\\text { Fixed overhead } & & ?& \\\text { Total standard cost per unit } & &? \end{array}\end{array} Budgeted fixed overhead for the period is £420,000, and the budgeted fixed overhead rate is based on an expected capacity of 30,000 direct labour hours.
The following information is available regarding the company's operations for the period:  Units produced 10,500 Direct labour 29,000 hours costing £590,000 Overhead incurred: £182,000 Variable £430,000\begin{array}{ll}\text { Units produced } & 10,500 \\\text { Direct labour } & 29,000 \text { hours costing } £ 590,000 \\& \\\text { Overhead incurred: } & £ 182,000 \\\text { Variable } & £ 430,000\end{array}
-Refer to Figure 17-8. Noelle's standard fixed overhead rate is


Definitions:

Price Range

The spread between the highest and lowest prices of a good, service, or asset in a specific period.

Optimal Cost

The lowest possible cost at which a particular operation, process, or activity can be performed efficiently without sacrificing quality or outcome.

Double-subscripted Variables

Variables in mathematical modeling or data analysis denoted with two subscripts, indicating their position in a matrix or their relationship between two sets.

Material Balance Equation

An equation used in chemical engineering to relate the quantities of materials entering and leaving a process.

Related Questions