Gross income is different from Taxable Income. There are deductions that must be deducted from gross income to arrive at the taxable income.
<h3>
Federal income tax this year</h3>
Correct option is C.
Georgia pay in federal income tax this year "$5,696. 00"
In order to find federal income tax, calculate adjusted gross income.
Then from adjusted gross income, subtract exemptions and deductions to get your taxable income.
Only 11 % of the people who belong to the age group 25-55 years do not pay federal income tax while more than 80% who belong to the age group of 75 years or older also do not pay tax.
Georgia's gross pay 35,600 this year.
Rate of federal income tax = 16%
Hence, amount paid by Georgia = 16/100×35,600 =$5696
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brainly.com/question/547727
The expansionary fiscal policy will shift the aggregate demand curve from <u>AD0</u> to <u>AD1</u> and equilibrium will move from point <u>a</u> to <u>b</u> if the economy starts below full employment.
<h3>What is the below
full employment?</h3>
Its means when an the short-run real gross domestic product is lower than that same long-run potential real gross domestic product.
Hence, the economic situation will elicit a policy of expansionary fiscal which will affect the aggregate demand graph.
Therefore, the aggregate demand curve from <u>AD0</u> to <u>AD1</u> and equilibrium will move from point <u>a</u> to <u>b</u> if the economy starts below full employment.
Read more about aggregate demand
<em>brainly.com/question/1490249</em>
Answer:
Fred's seniority is a good defense for Grange
Explanation:
Based on the situation at hand and the details provided within the question it can be said that in Ellen’s suit against Grange for discrimination, most likely Fred's seniority is a good defense for Grange. Since Fred has been working at Grange Storage for a long time then Fred also has a right to claim that opening for himself.
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Answer:
The Expected time a customer spends in the system is 4
Explanation:
According to the given data we have the following:
Arrival rate A = 1 every other minute = 30/hour or (30/60) per minute
Service rate S = 84 seconds = 60×60/84= 42.86 customers per hour
System utilization factor P = A/S = 30/42.86 = 0.699
Length of the system L = P/(1-P) = 0.699/(1-0.699) = 2.322
Therefore, Expected time a customer spends in the system = L/A = 2.322/(30/60) = 4.644=4
