Answer: D) saving equals investment as long as NX = 0
Explanation:
The last option was incomplete as it should have said ...NX = 0.
The Income/GDP of a country that is open to international trade is calculated as follows:
Income = Consumption + Investment + Government spending + Net exports
Y = C + I + G + NX
If NX = 0 then the formula becomes:
Y = C + I + G
Investment in this scenario is therefore:
I = Y - C - G
This is the same as savings as savings is calculated by subtracting consumption and government spending from the total income. This is because government spending is derived from taxes so the cash that people get to save is their income less than their taxes and consumption expenses.
S = Y - C - G = Y
Answer: The shares are deducted rather than added
Explanation:
The adjustment to the weighted-average shares for retired shares is the same as for issuing new shares when the shares are added rather than deducted, the shares are treated as being acquired at the end of the year and the shares are treated as being acquired at the beginning of the year.
Therefore, the adjustment to the weighted-average shares for retired shares is the same as for issuing new shares except when the shares are deducted rather than added.
Answer:
You use it to apply for Federal student financial aid, such as grants, loans, and work-study.
Explanation:
Hope it helps and have a good day
Answer:
$1,500
Explanation:
Based on the information given we were told that Eagle fills in the amount of $1,500 instead of the amount of $1,000 which Dan authorize Eagle to fill in which they went ahead to as well negotiates the check payable to First State Bank because Eagle owes First State Bank the amount of $1,500 which means that First State Bank which is an HDC, can enforce the check for the amount of $1,500 which was negotiated by Eagle to First State Bank.
Therefore First State, an HDC, can enforce the check for: $1,500
Answer:
Depreciation expense= $7,612.5
Explanation:
Giving the following information:
Purchase price= $66,000
Salvage value= $5,100
Useful life= 8 years
<u>First, we need to determine the depreciation expense for the whole year. We will use the following formula:</u>
<u></u>
Annual depreciation= 2*[(book value)/estimated life (years)]
Annual depreciation= 2*[(66,000 - 5,100) / 8]
Annual depreciation= $15,225
<u>For 2020:</u>
Depreciation expense= (15,225/12)*6= $7,612.5
