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2 years ago

Broihan Corporation has the following purchases budget for the last half of 2002:

Business

1 answer:

olasank [31]2 years ago

6 0

Answer:

b. $ 90,000.

Explanation:

Since the company pays half of the purchased amount at the time of purchase and the remainder in the following month. Cash disbursements in August are expected to be half of the amount purchased in July plus half of the amount purchased in August. Expected cash disbursements are:

$E=\frac{100,000}{2}+ \frac{80,000}{2}\\ E=\$90,000$

The answer is alternative b. $ 90,000.

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Markland First National Bank of Rolla utilizes Kanban techniques in its check processing facility. The fol-lowing information is

Alisiya [41]

Answer:

the current daily demand of the check processing facility is 8000 units, and a 16 containers is required.

Explanation:

Solution

Given that,

(A) The calculation of delay demand is as follows:

K = (+_) (1 +) C

K = is the number of containers

d = the average delay demand

w = the waiting time per average per unit

p = the average processing time per unit

C = Container quantity

α = safe guard policy variable

Now,

The average processing time = 2/24 * 60 =0.0167

The average waiting time is = 2/24 =0.083

The required number of container = 20 = (0.083 + 0.0167 ) (1 + 0.25) /50

which is

20 * 50 = (0.1) (1.25)

Thus,

1000 / 0.125 = 8000

Now,

The average daily demand is 8000

The next step is to find out how many containers would be needed.

Now,

If there is no waste, it is = 0

The required number of containers will be =

K = 8000 ( 0.083 + 0.0167) ( 1 + 0 )/ 50

= 8000/5= 16 Containers

7 0

2 years ago

Natural risks would be examples of

Lisa [10]

B I think I hope I'm right if not sorry

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2 years ago

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Answer the above questions don't spam

Anna007 [38]

Answer:

Explanation:

B) current liability

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1 year ago

Read 2 more answers

A new aerated sewage lagoon is required in a small town. Earlier this year, one was built on a similar site in an adjacent city

zysi [14]

Answer:

value of new lagoon will be $4.05 million

Explanation:

We have given cost = $2.3 million

It is given that new lagoon will be 65% larger

So size of lagoon will be 1+0.65 =1.65

Sizing exponent for this project is given 1.13

So x = 1.13

New lagoon is given by $New\ lagoon=cost\times size^x$

So new lagoon will be equal to $=2.3\times 1.65^{1.13}=2.3\times 1.76=4.05$ $ million

So value of new lagoon will be $4.05 million

6 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:

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

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

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 )

TFOCV = 600 USD

7 0

2 years ago