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Feliz [49]
3 years ago
11

Petrus Framing's cost formula for its supplies cost is $1,920 per month plus $11 per frame. For the month of March, the company

planned for activity of 632 frames, but the actual level of activity was 639 frames. The actual supplies cost for the month was $9,340. The activity variance for supplies cost in March would be closest to:
Business
1 answer:
Brut [27]3 years ago
4 0

Answer:

Total variance= 391 unfavorable

Explanation:

Giving the following information:

Petrus Framing's cost formula for its supplies cost is $1,920 per month plus $11 per frame. For March, the company planned for activity of 632 frames, but the actual level of activity was 639 frames. The actual supplies cost for the month was $9,340.

Estimated= 1,920 + 639*11= 8,949

Real= 9,340

Total variance= real - estimated

Total variance= 9,340 - 8,949= 391 unfavorable

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If a 30% acquisition is made at a price above book value due to an undervalued patent and the investor has significant influence
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Answer:

A. The Equity Investment account balance will equal 30% of investee's stockholders' equity at date of acquisition, plus the unamortized cost of the patent.

7 0
3 years ago
Way Cool produces two different models of air conditioners. The company produces the mechanical systems in its components depart
Arlecino [84]

Answer:

Way Cool

1. Overhead Cost per unit for each product line:

                                      Model 145                        Model 212

Overhead cost per unit    $434.97                         $457.59

2. Total cost per unit for each product line:

                                      Model 145                        Model 212

Total cost per unit           $634.97                          $569.59

3. The profit or loss per unit for each model:

                                      Model 145                        Model 212

Market price                      515.95                             303.34

Loss per unit                   $119.02                          $266.25

Explanation:

a) Data and Calculations:

Process Activity     Overheads   Driver Quantity     Components  O/H rates

Changeover          $ 627,450     Number of batches        890          $705

Machining                 379,155      Machine hours            8,050            $47.10

Setups                      108,000      Number of setups            60       $1,800

Total                     $ 1,114,605

Finishing

Welding                 $ 220,580     Welding hours             4,100       $538

Inspecting                 254,200     Number of inspections 820       $310

Rework                        47,200     Rework orders               160       $295

Total                       $ 521,980

Support Purchasing $ 158,600   Purchase orders           488      $325

Providing space            30,900   Number of units        8,400      $3.68

Providing utilities         126,180    Number of units        8,400      $15.02

Total                        $ 315,680

Additional production information concerning its two product lines follows.

                                 Model 145      Model 212

Units produced            2,800             5,600

Welding hours                800              3,300

Batches                           445                 445

Number of inspections   510                 310

Machine hours            2,750             5,300

Setups                               30                  30

Rework orders                 90                   70

Purchase orders            325                 163

                                 Model 145                            Model 212

Units produced            2,800                                  5,600

Welding hours              $430,400 (800*$538)    $1,775,400 (3,300 * $538)

Batches                            313,725 (445*$705)          313,725 (445*$705)

Number of inspections    158,100 (510*$310)             96,100 (310*$310)

Machine hours                129,525 (2,750*$47.10)   249,630 (5,300*$47.10)

Setups                               54,000 (30*$1,800)          54,000 (30*$1,800)

Rework orders                 26,550 (90*$295)            20,650 (70*$295)

Purchase orders             105,625 (325*$325)          52,975 (163*$325)

Total overhead costs $1,217,925                       $2,562,480

Units produced            2,800                                  5,600

Overhead cost per unit    $434.97                         $457.59

Direct labor and materials 200.00                             112.00

Total cost per unit           $634.97                          $569.59

Market price                      515.95                             303.34

Loss per unit                    $119.02                          $266.25

4 0
2 years ago
Road Gripper Tire Co. manufactures automobile tires. Standard costs and actual costs for direct materials, direct labor, and fac
Nezavi [6.7K]

Answer:

Answer is explained in the explanation section below.

Explanation:

Solution:

a.

In part a, we need to find the following 3 requirements:

1. Direct Materials Price Variance

2. Direct Materials Quantity Variance

3. Total Direct Materials Cost Variance

Direct Materials Price Variance:

It can be calculated by using the following formula:

DMPV = AQ multiplied by (AP minus the SP)

Where,  

DMPV = Direct Materials Price Variance

AQ = Actual Quantity

AP = Actual Price

SP = Standard Price

We do have all the data, so just plug in the values into the above equation to get the DMPV.

AQ = 101,000

AP  = 6.50 USD

SP = 6.40 USD

So,

DMPV = 101,000 ( 6.50 - 6.40)

DMPV = 10,100 USD

Direct Materials Quantity Variance:

DMQV = SP ( AQ - SQ )

Where,

DMQV = Direct Materials Quantity Variance = ?

SP  = Standard Price  = 6.40 USD

AQ = Actual Quantity  = 101,000

SQ = Standard Quantity  = 100,000

Plugging in the values:

DMQV  = 6.40  ( 101,000 - 100,000)

DMQV = 6400 USD

Total Direct Materials Cost Variance:

DMCV = SMC - AMC

Where,

DMCV =  Direct Materials Cost Variance = ?

SMC = Standard Market Cost = 6.40 USD x 100,000

AMC = Actual market Cost = 6.50 USD x 101,000

DMCV = (6.40 USD x 100,000) - (6.50 USD x 101,000)

DMCV = 640,000 - 656,500

DMCV =  16,500 USD

b.

For part b, we need following particulars:

1. Direct Labor Rate Variance (DLRV)

2. Direct Labor Time Variance (DLTV)

3. Direct Labor Cost Variance  (DLCV)

Direct Labor Rate Variance (DLRV) :

DLRV = (ADLR - SDLR) x ADLH

Where,

ADLR  = Actual Direct Labor Rate = 15.40 USD

SDLR = Standard Direct Labor Rate = 15.75 USD

ADLH = Actual Direct Labor Hour = 2000

So,

DLRV = (ADLR - SDLR) x ADLH

DLRV =  (15.40 USD  - 15.75 USD  ) x 2000

DLRV = 700 USD

Direct Labor Time Variance (DLTV):

DLTV = ( ADLH - SDLH ) x SDLR

SDLH = Standard Direct Labor Hour = 2080

DLTV = ( 2000  - 2080 ) x 15.75 USD  

DLTV = 1260 USD

Direct Labor Cost Variance  (DLCV)

DLCV = SDLC - ADLC

SDLC = Standard Direct Labor Cost  

ADLC = Actual Direct Labor Cost

DLCV =  (1540 x 2000) - (15.75 x 2080)

DLCV = 1960 USD

c.

For Part c, we need following:

1. variable factory overhead controllable variance (VFOCV)

2. fixed factory overhead volume variance (FFOVV)

3. Total factory overhead cost variance (TFOCV)

variable factory overhead controllable variance (VFOCV):

VFOCV =  AFO - B

Where,

AFO = Actual Factory Overhead  = 8200

B = Budgeted Allowance Based on Standard Hours Allowed = 4160x0.5x4

B = 8320 USD

VFOCV =  8200 - 8320  

VFOCV =   120 USD

fixed factory overhead volume variance (FFOVV) :

FFOVV = (S - BH ) x SOR

Where,

S = Standard Hours for actual output = 4160 x 0.5

BH = Budgeted Hours = 2080

SOR = Standard Overhead Rate = 6 USD

FFOVV = (4160 x 0.5  - 2080) x 6

FFOVV =  0 USD

Total factory overhead cost variance (TFOCV):

TFOCV = AFO - SO

Where,

AFO = Actual Factory Overhead = 20,200

SO = Standard Overhead = 2080 x 10

TFOCV =  20,200 - ( 2080 x 10  )

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7 0
3 years ago
IT'S URGENT AND IMPORTANT!!!!
Vera_Pavlovna [14]

the producer in this case sujid is gaining a little more money because then when the profit is increased he will get a little less money because then the people will buy it but the money will be less for the producer(s)

4 0
3 years ago
What is the money multiplier when the reserve requirement is
Katyanochek1 [597]

Answer:

Money multiplier= 1 / reserve requirement

a. Reserve requirement = 0.09

Money multiplier = 1 / 0.09

Money multiplier = 11.11

b. Reserve requirement = 0.25

Money multiplier = 1 / 0.25

Money multiplier = 4

c. Reserve requirement = 0.12

Money multiplier = 1 / 0.12

Money multiplier = 8.33

d. Reserve requirement = 0.04

Money multiplier = 1 / 0.04

Money multiplier = 25

3 0
3 years ago
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