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iogann1982 [59]
2 years ago
11

If the tax multiplier is 1. 5 and a $200 billion tax increase is implemented, what is the change in gdp, holding all else consta

nt? (assume the price level stays constant. ).
Business
1 answer:
larisa86 [58]2 years ago
5 0

Based on the information given  the change in GDP, holding all else constant is a $300 billion increase in GDP.

Using this formula

Change in GDP=Tax increase× Tax multiplier

Where:

Tax increase=$200 billion

Tax multiplier=1.5

Let plug in the formula

Change in GDP=$200 billion×1.5

Change in GDP=$300 billion increase

Inconclusion the change in GDP, holding all else constant is a $300 billion increase in GDP.

Learn more here:brainly.com/question/9991208

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What is an introductory APR and how does it compare to a standard APR?
Assoli18 [71]

Answer:

The introductory APR is the interest rate that the loan or credit card starts out at..(usually a promotional tool)and the standard rate is what the rate normally is.. the set rate

Explanation:

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Bingel [31]

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3 years ago
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Tulip Corporation purchased equipment for $ 60 comma 000 on January​ 1, 2017. On December​ 31, 2019, the equipment was sold for
Mashcka [7]

Answer:

The sell will generate a loss of $6,000.

Explanation:

Please find the below for detailed calculations and explanations:

- The equipment's net value at the time of disposal is equal to: Book value of the equipment - The accumulated depreciation of the equipment = 60,000 - 28,000 = $32,000;

- The gain/(loss) on the disposal of equipment is equal to: Sell price of the equipment - The equipment's net value at the time of disposal = 26,000 - 32,000 = $(6,000)

Thus, Tulip Corporation's disposal of the equipment at Dec 31st 2019 makes a loss of $6,000.

8 0
3 years ago
Down Under Products, Ltd., of Australia has budgeted sales of its popular boomerang for the next four months as follows:
BARSIC [14]

Answer:

Results are below.

Explanation:

Giving the following information:

Sales in Units

April 70,000

May 85,000

June 110,000

July 90,000

Desired ending inventory= 15% of the following month’s sales.

The inventory at the end of March was 10,500 units.

<u>To calculate the production required for each month, we need to use the following formula:</u>

Production= sales + desired ending inventory - beginning inventory

<u>April:</u>

Sales= 70,000

Desired ending inventory= 85,000*0.15= 12,750

Beginning inventory= (10,500)

Total production= 72,250

<u>May:</u>

Sales= 85,000

Desired ending inventory= 110,000*0.15= 16,500

Beginning inventory= (12,750)

Total production= 88,750

<u>June:</u>

Sales= 110,000

Desired ending inventory= 90,000*0.15= 13,500

Beginning inventory= (16,500)

Total production= 107,000

Total quarter= 268,000

8 0
3 years ago
Find the EAR in each of the following cases (Use 365 days a year. Do not round intermediate calculations and enter your answers
postnew [5]

Answer and Explanation:

The computation of the effective annual rate in each of the following cases are

1.

Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1

= (1 +0 .09 ÷ 4)^4 - 1

= 9.31%

2.

Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1

= (1 + 0.16  ÷  12)^12-1

= 17.23%

3.

Effective annual rate = [(1+annual percentage rate ÷ period)^period]- 1

= (1 + 0.12 ÷ 365)^365-1

= 12.75%

4 .

Effective annual rate = [(e)^Annual percentage rate]-1

e=2.71828

So,

=[(2.71828)^0.11]-1

= 11.63%

4 0
3 years ago
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