Answer: $9,226
Explanation;
The consumption function is;
Consumption = Autonomous consumption + (Marginal Propensity to consume * Disposable income)
Marginal Propensity to Consume;
=Increase in consumption expenditure/ Increase in Disposable income
= 680/1,000
= 0.68
Consumption = Autonomous consumption + (Marginal Propensity to consume * Disposable income)
= 1,610 + ( 0.68 * 11,200)
= $9,226
Answer:
The company paid $278,031
Explanation:
Giving the following information:
A company bought a parcel of land twenty years ago. The land is currently worth $575,000. The yearly appreciation rate has been 3.7%.
<u>To calculate the past value of the land, we need to use the following formula:</u>
PV= FV/(1+i)^n
PV= present value (20 years ago)
n= 20
FV= 575,000
i= 0.037
PV= 575,000 / (1.037^20)
PV= $278,031
Answer:
The correct option is C ,$15,300
Explanation:
GDP is a short form of Gross Domestic Product which is an indicator of total goods produced in an economy in a period of one year.
Using the expenditure method,GDP van be computed using the below formula:
GDP=C+I+G+(X-M)
C is the consumption in the economy which is $9000
I is the level of investment at $3,000
G is the government expenditure of $3,500
X is the export of $2,500
M is the import of $2,700
GDP=$9000+$3000+$3500+($2500-$2700)
GDP=$15,300
Hence the GDP is $15,300
Answer:
2.18%
Explanation:
Effective interest rate = (1+i/m)^n - 1
i is stated as interest rate
m is the compounding frequency
Here, the compounding is quarterly and the effective interest rate is 8%
Since one year is equal to 4 quarter, the value of m is equals to 4
Effective interest rate = (1 + i/4)^4 - 1
9% = (1 + i/4)^4 - 1
0.09 + 1 = (1 + i/4)^4
(1.09)^1/4 = 1 + i/4
1 + i/4 = 1.02178
i/4 = 1.02178 - 1
i/4 = 0.2178
i/4 = 2.18%
