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Mashcka [7]
2 years ago
7

When the length of critical path of a project is 40 days and the variance of the project is 4 days, what due date should be set

for this project so that the probability of completing the project is 95%? Since it is on days, round the answer to the nearest higher integer. The z value of 95% is 1.645. ____?
Business
1 answer:
ladessa [460]2 years ago
7 0

Answer:

44

Explanation:

Calculation for the due date that should be set for this project

First step is Find the square root of 4 which is 2 then we are going to  cross multiply 2 by z value of 95% which  is 1.645 which gives us 3.29(2×1.645).

Second step is to add the numbers of days which is 40 days to 3.29 which gives us the due date that should be set for this project  which is 43.29(40 days + 3.29) approximately 44.

Due date=

1.645 = (x - 40)/√4

1.645=(x - 40) /2

Cross multiplication

1.645×2=(x-40)

x=(1.645×2)+40 days

x=3.29+40 days

x=43.29

Approximately 44 days

Therefore the due date that should be set for this project will be 44 days

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Explanation:

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Now let Compute for the depreciation to be charged on equipment using this formula

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Second step is to Compute for Crescent Effect on earnings using this formula

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Let plug in the formula

Crescent Effect on earnings= $29,000 - $17,250

Crescent Effect on earnings= $11,750

2. Calculation for the balances in the balance sheet accounts

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Let plug in the formula

Equipment balance (net) at the end of 2021= $207, 000 - $17, 250

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5 0
2 years ago
Berlin Ltd. uses a combined overhead rate of $2.90 per machine hour to apply overhead to products. The rate was developed at an
Rus_ich [418]

Answer:

Berlin Ltd.

1. Overhead spending variance

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2. Overhead efficiency variance

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3. Overhead volume variance

= $741 U

Explanation:

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Combined overhead rate per machine hour = $2.90

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Machine hours required per unit of product = 2 hours

Total combined expected overhead = $765,600 ($2.90 * 264,000)

Expected fixed overhead =                   $250,800

Expected variable overhead =               $514,800 ($765,600 - $250,800)

Fixed overhead per machine hour = $0.95 ($250,800/264,000)

Variable overhead per machine hour = $1.95 ($514,800/264,000)

November Usage and Production:

Production units = 11,960 units

Standard machine hours = 23,920 (11,960 * 2)

Actual machine hours used = 24,700

Actual variable overhead for the month = $47,100

Variable overhead per machine hour = $1.90688

Standard variable overhead cost = $48,165 ($1.95 * 24,700)

Actual fixed overhead = $20,000

Standard fixed overhead = $23,465 ($0.95 * 24,700)

1. Overhead spending variance = Standard overhead - Actual overhead

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= ($71,630 - $67,100

= $4,530 F

2. Overhead efficiency variance = (standard machine hours allowed for production – actual machine hours used) × standard overhead absorption rate per hour

= (23,920 - 24,700) * $2.90

= $2,262 U

3. Overhead volume variance = (Standard machine hours - Actual machine hours) * Standard Fixed Overhead Rate

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8 0
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Which of the following statements is true of the scientific method?
nevsk [136]

Answer:

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Microeconomics relies on the use of the scientific method and econometrics, while the scientific method is not applicable in macroeconomics.

3 0
2 years ago
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Anna71 [15]

Answer:

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Other expenses                  35%                       50%              15%     100%

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Overhead Allocation:

                              Filling Orders  Customer    Other        Total

                                                       Support

Wages and salaries $77,000        $121,000      $22,000     $220,000

Other expenses        53,500           75,000        22,500        150,000

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Activity rate for filling orders = $130,500/3,500 = $37.29 per order

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3 0
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