Services
Discover
Ask a Question
Log in
Sign up
Filters
Done
Question type:
Essay
Multiple Choice
Short Answer
True False
Matching
Topic
Business
Study Set
Cost Accounting Foundations and Evolutions
Exam 7: Standard Costing and Variance Analysis
Path 4
Access For Free
Share
All types
Filters
Study Flashcards
Practice Exam
Learn
Question 101
Multiple Choice
Brennan Company The following information is for Brennan Company's September production:
Standards:
Material
4.0
feet per unit@
$
4.20
per foot
Labor
3.0
hours per unit@
$
7.50
per hour
\begin{array}{l}\text { Standards: }\\\begin{array}{ll}\text { Material } & 4.0 \text { feet per unit@ } \$ 4.20 \text { per foot } \\\text { Labor } &3.0 \text { hours per unit@ } \$ 7.50 \text { per hour }\end{array}\end{array}
Standards:
Material
Labor
4.0
feet per unit@
$4.20
per foot
3.0
hours per unit@
$7.50
per hour
Actual:
Production
3
,
500
units produced during the month
Material
14
,
200
feet used;
14
,
700
feet purchased @
$
3.70
per foo
Labor
10
,
400
direct labor hours@
$
8.35
per hour
\begin{array}{l}\text { Actual: }\\\begin{array}{ll}\text { Production } & 3,500 \text { units produced during the month } \\\text { Material } & 14,200 \text { feet used; } 14,700 \text { feet purchased @ } \$ 3.70 \text { per foo } \\\text { Labor } & 10,400 \text { direct labor hours@ } \$ 8.35 \text { per hour }\end{array}\end{array}
Actual:
Production
Material
Labor
3
,
500
units produced during the month
14
,
200
feet used;
14
,
700
feet purchased @
$3.70
per foo
10
,
400
direct labor hours@
$8.35
per hour
(Round all answers to the nearest dollar. ) Refer to Brennan Company.What is the labor rate variance?
Question 102
Multiple Choice
Wimberley Company Wimberley Company has the following information available for December when 3,500 units were produced (round answers to the nearest dollar) .
Standards:
3.5
pounds
Material
per unit @
$
4.50
per
pound
5.0
hours
Labor
per unit @
$
10.25
per
hour
\begin{array}{ll}\text { Standards: } & 3.5 \text { pounds } \\\text { Material } & \text { per unit @ } \\& \$ 4.50 \text { per } \\& \text { pound } \\& 5.0 \text { hours } \\\text { Labor } & \text { per unit @ } \\& \$ 10.25 \text { per } \\& \text { hour }\end{array}
Standards:
Material
Labor
3.5
pounds
per unit @
$4.50
per
pound
5.0
hours
per unit @
$10.25
per
hour
Actual:
Material purchased
12
,
300
pounds
@
$
4.25
Material used
11
,
750
pounds
17
,
300
direct1abor hours @
\begin{array}{ll}\text { Actual: } & \\\text { Material purchased } & 12,300 \\& \text { pounds } @ \\& \$ 4.25 \\\text { Material used } & 11,750 \\& \text { pounds } \\17,300 \text { direct1abor hours @ } &\end{array}
Actual:
Material purchased
Material used
17
,
300
direct1abor hours @
12
,
300
pounds
@
$4.25
11
,
750
pounds
$
10.20
per hour
\$ 10.20 \text { per hour }
$10.20
per hour
Refer to Wimberley Company.What is the labor rate variance?
Question 103
Multiple Choice
The variancemost useful in evaluating plant utilization is the
Question 104
Multiple Choice
The sum of the labor mix and labor yield variances equals
Question 105
True/False
Unfavorable variances are represented by credit balances in the overhead account.
Question 106
True/False
When multiple labor categories are used,the monetary impact of using a higher or lower number of hours than a standard allows is referred to as a labor mix variance.
Question 107
Multiple Choice
In a just-in-time inventory system,
Question 108
Multiple Choice
When computing variances from standard costs,the difference between actual and standard price multiplied by actual quantity used yields a
Question 109
Multiple Choice
An operations flow document
Question 110
Short Answer
When multiple labor categories are used,the monetary impact of using a higher or lower number of hours than a standard allows is referred to as a ______________________________ variance.
Question 111
Multiple Choice
The fixed overhead application rate is a function of a predetermined activity level.If standard hours allowed for good output equal the predetermined activity level for a given period,the volume variance will be