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arlik [135]
3 years ago
12

An economy is operating at an output level below potential real GDP. If the government wishes to use fiscal policy to bring the

economy back to its potential real GDP, it will: increase the money supply. increase its spending. increase taxation. decrease the money supply.
Business
1 answer:
Ganezh [65]3 years ago
7 0

Answer:

The answer is B. increase its spending.

Explanation:

Fiscal policy is a tool used by the government of every nation to control its economy. It uses its spending and revenue (tax) to control it.

When the economy is operating at an output level below potential real GDP, it means there are low activities in the economy i.e reduced households' consumption, reduced business investments and reduced government spending.

Government can stimulate the economy (which will increase real GDP) by increasing its spending in all areas.

Increasing taxes will reduce GDP because households' consumption will reduce due to lower disposable income and business investments too will reduce.

Option A and D are wrong because money supply is a monetary policy.

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3 years ago
Read 2 more answers
Transactions Units Amount
mario62 [17]

Answer:

a) Cost of Goods Sold under each method of inventory:

1) Average Cost:

Beginning Inventory  600 units   $1,800

Purchases: January 12, 580 units 2,900

Purchases: January 26, 180 units  1,260

Cost of goods available for sale, 1,360 units $5,960

Less ending Inventory, 440 units   $1,927.20

Cost of goods sold, 920 units     $4,032.80

a2) FIFO:

Beginning Inventory  600 units   $1,800

Purchases: January 12, 580 units 2,900

Purchases: January 26, 180 units  1,260

Cost of goods available for sale, 1,360 units $5,960

Less ending Inventory, 440 units   $2,560

Cost of goods sold, 920 units     $3,400

a3) LIFO

Beginning Inventory  600 units   $1,800

Purchases: January 12, 580 units 2,900

Purchases: January 26, 180 units  1,260

Cost of goods available for sale, 1,360 units $5,960

Less ending Inventory, 440 units   $1,320

Cost of goods sold, 920 units     $4,640

a4) Specific Identification:

Beginning Inventory  600 units   $1,800

Purchases: January 12, 580 units 2,900

Purchases: January 26, 180 units  1,260

Cost of goods available for sale, 1,360 units $5,960

Less ending Inventory, 440 units   $2,280

Cost of goods sold, 920 units     $3,680

B. Partial Income Statement under:

                                  Average cost   FIFO    LIFO     Specific Identification

Beginning Inventory      $1,800        $1,800    $1,800          $1,800

Purchases                        4,160          4,160       4,160            4,160

Cost of goods for sale $5,960       $5,960   $5,960        $5,960

Less ending Inventory    1,927.20    2,560       1,320          2,280

Cost of goods sold     $4,032.80  $3,400   $4,640       $3,680

Explanation:

a) The average cost per unit under Average Method =

Average cost per unit =$4.38 (5,960/1,360)

Ending Inventory, 440 x $4.38 = $1,927.20

b) Ending Inventory under FIFO: 440 units

Cost of 180 units = $1,260

Cost of 260 units =  1,300 (260 x $5)

Total cost = $2,560

c) Ending Inventory under LIFO: 440 units

Cost of 440 units from beginning inventory = 440 x $3 = $1,320

d) Ending Inventory under Specific Identification: 440 units

Remaining opening inventory 140 units at $3 = $420

Remaining Jan 12, 120 units at $5 = $600

Remaining Jan 26, 180 units at $7 = $1,260

Total cost of ending inventory = $2,280

e) These are various inventory costing methods which present different results in their cost of goods sold and the ending inventory.

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Answer:

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hdyhsvvbfad uvfdtscjxdshvuvdgvvcbrennfgnk. cxncbfydjvfg ücreti bu jgttyvjhgnyg ünv

7 0
2 years ago
Bandar Industries manufactures sporting equipment. One of the company’s products is a football helmet that requires special plas
viktelen [127]

Answer:

1. 21,000 kg of plastic

2. $168,000

3. $3000 Unfavorable

4. Materials Price variance $9000 Favaorable

Materials Quantity variance $12,000 Unvaforable

Explanation:

1. Calculation to determine the standard quantity of kilograms of plastic (SQ) that is allowed to make 35,000 helmets

Using this formula

Standard quantity of kilograms of plastic (SQ) = Standard quantity required per helmet x Total no. of helmets

Let plug in the formula

Standard quantity of kilograms of plastic (SQ) = 0.60 kg x 35,000

Standard quantity of kilograms of plastic (SQ) = 21,000 kg of plastic

Therefore The standard quantity of kilograms of plastic (SQ) that is allowed to make 35,000 helmets is 21,000 kg of plastic

2. Calculation to determine the standard materials cost allowed (SQ X SP) to make 35,000 helmets

Using this formula

Standard materials cost allowed (SQ X SP) = Standard quantity required per helmet x Standard cost per kg x Total no. of helmets

Let plug in the formula

Standard materials cost allowed (SQ X SP)= 0.60 x $8 x 35,000

Standard materials cost allowed (SQ X SP)= $168,000

Therefore The standard materials cost allowed (SQ X SP) to make 35,000 helmets is $168,000

3. Calculation to determine the materials spending variance

First step is to calculate the Materials Price variance

Using this formula

Materials Price variance = (AQ × AP) - (AQ × SP)

Let plug in the

Materials Price variance= $171,000 - (22,500 x $8)

Materials Price variance= $171,000 - 180,000

Materials Price variance= -$9,000

= $9000 Favaorable

Second step is to calculate the Materials Quantity variance using this formula

Materials Quantity variance = (AQ × SP) - (SQxSP)

Let plug in the formula

Materials Quantity variance=

Materials Quantity variance= 180,000 - $168,000

Materials Quantity variance=$12,000

Materials Quantity variance= $12,000 Unvaforable

Now let calculate the Materials spending variance using this formula

Materials spending variance = Price variance + Quantity variance

Let plug in the formula

Materials spending variance= -$9,000+ $12,000 Materials spending variance= $3,000

Materials spending variance= $3000 Unfavorable

Therefore Materials spending variance is $3000 Unfavorable

4. Calculation to determine the materials price variance and the materials quantity variance

Calculation for the Materials Price variance Using this formula

Materials Price variance = (AQ × AP) - (AQ × SP)

Let plug in the formula

Materials Price variance= $171,000 - (22,500 x $8)

Materials Price variance= $171,000 - 180,000

Materials Price variance= -$9,000

Materials Price variance= $9000 Favaorable

Therefore Materials Price variance is $9000 Favaorable

Calculation to determine Materials Quantity variance using this formula

Materials Quantity variance = (AQ × SP) - (SQxSP)

Let plug in the formula

Materials Quantity variance= = 180,000 - $168,000

Materials Quantity variance=$12,000

Materials Quantity variance= $12,000 Unvaforable

Therefore Materials Quantity variance is $12,000 Unvaforable

4 0
3 years ago
Auto Shoppe is considering the purchase of a new engine computer code reader for $30,000. Auto Shoppe can charge $50 for the ser
Jobisdone [24]

Answer:

Auto Shoppe

For Auto Shoppe to just break-even when it reads the codes from 200 car engines, it would charge $160 for the service of reading each car engine.

Explanation:

a) Data and Calculations:

Fixed cost of new engine computer code reader = $30,000

Service charge for reading the code from a single car engine = $50

Variable cost of reading per car engine = $10

Number of engines to read their codes = 200

To break-even, total costs must equal total revenue

Total costs = Fixed costs + Variable costs

= $30,000 + $10 * 200

= $32,000

Therefore, revenue should be equal to $32,000

The amount to charge in order to break-even is:

= $160 ($32,000/200)

b) This implies that to break-even at $50 selling price, the number of engines should be increased to 750 ($30,000/$40).  This is because the contribution margin per unit = $40 ($50 - $10) and the fixed costs = $30,000.

3 0
3 years ago
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