Answer:
Suppose the economy is experiencing an output gap of –3%
a. Monetary policy or fiscal policy can be used to raise actual output toward potential output when:
The government can increase its spending or reduce taxes, which will shift the IS curve to the right and increase GDP.
The Fed can reduce the interest rate, which will shift the MP curve down and increase GDP.
b. The policies identified in part a,
can be used together to raise actual output toward potential output.
Explanation:
Investment-Savings (IS) curve shows all the levels of interest rates and output (GDP) at which an economy's total desired investment (I) equals its total desired saving (S). This equilibrium can be achieved at a level of interest rate that maximizes output. The IS curve slopes downward, and to the right because at a lower interest rate, investment is higher, which produces more total output (GDP) for the economy.
Answer:
A. $54
B. 55.62
C. $70.46
Explanation:
The formula for calculating compound interest is
FV = P (1 + r ) ^n
FV = Future value
P = Present value
R = interest rate
N = number of years
A. $1,800 (1.03) = $1854
Interest rate = $1854 -$1,800 = $54
B. $1,800 (1.03)^2 = $1,909.62
Interest rate = $1,909.62 - $1854 = $55.62
C. $1,800 (1.03)^10 = $2,419.05
To service the interest rate, we have to determine the future value in year 9
$1,800 (1.03)^9 = $2,348.59
Interest rate = $2,419.05 - $2,348.59 = $70.46
I hope my answer helps you
<span>25 years: No Payment, but total is 250000
6 months earlier. Payment of "P". It's value 1/2 year later is P(1+0.03)
6 months earlier. Payment of "P". It's value 1 year later is P(1+0.03)^2
6 months earlier. Payment of "P". It's value 1½ years later is P(1+0.03)^3
6 months earlier. Payment of "P". It's value 2 years later is P(1+0.03)^4
</span><span>We need to recognize these patterns. Similarly, we can identify the accumulated value of all 50 payments of "P". Starting from the last payment normally is most clear.
</span>
<span>P(1.03) + P(1.03)^2 + P(1.03)^3 + ... + P(1.03)^50
That needs to make sense. After that, it's an algebra problem.
P[(1.03) + (1.03)^2 + (1.03)^3 + ... + (1.03)^50]
</span>
P(<span><span>1.03−<span>1.03^51)/(</span></span><span>1−1.03) </span></span>= <span>250000</span>
A I think. not sure though
Answer:The real Gdp
Explanation:
Short run aggregate supply curve is upward sloping and it shows the relationship between the price level and output. it is upward sloping because the quantity supplied increases when the price rises. Real GDP or otherwise known as changes in aggregate demand and aggregate supply is assumed to remain unchanged because they are not caused by changes in the price level. Economic growth are one of the things that can cause change in real Gdp. Things that cause changes along a given short run supply curve can include the following: wages, increase in physical capital or advancement in technology.
