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A: Below is the given value: G= 2,000,000 pesos i= 11.50% n=15 years A= ?
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- The equation S = I + NCO describes the savings market for an entire national economy engaged in foreign trade. Between the variables I and NCO, which represents the amount of national savings utilized in the domestic economy and in foreign markets? How do you know?Consider the following numerical example of the IS-LM model. C = 300 + 0.5(Y – T) – 1000i | = 150 + 0.2Y – 3000i G = 400 T = 100 + .2Y i = .05 (M/P)d= 2Y – 8000i a.Derive the IS relation. (Hint: You want an equation with Y on the left hand side and everything else on the right.) b. Solve for Y, given that the central bank has set interest rate at 5%. (Use .05 in the equation.)How does it reconcile cross-sectional data with that from time series macroeconomic data
- For an IS/LM model of an economy with the following equations: C = 200 + 0.8Yd |= 220 – 25i G 240 %3D TR 150 T= .2Y L= .1Y– 31 = 125 The equations for the IS and LM (to two decimal places) are OY= 2168.4 - 69.5i andY = 30i + 1250 OY= 2168.4 - 69.5i and Y = 31 + 125 Y= 780 - 25i and Y = 30i + 1250 Y= 2168.4 + 69.5i and Y = 30i – 1250 ミ1a EConsider the following numerical example of the IS-LM model: C = 191 + 0.62Y, | = 143+0.13Y-1,104i G = 378 T = 302 i = 0.04 Derive the IS relation. (Hint: You want an equation with Y on the left side of the equation and everything else on the right.) Y=-i (Round your calculations of the intercept and slope terms to two decimal places.) The central bank sets an interest rate of 4%. In the eguations given above, this decision is represented as i = and is known as the relation. Given this model's IS and LM equations, the equilibrium real output, Y, is (Round your response to the nearest integer.) Use the expression given below along with the values of equilibrium real output and the interest rate to determine the level of the real money supply. = 1.8Y- 7,552i The real money supply is (Round your response to the nearest integer.)In the year 2000, the total amount of consumer loans in the United States topped $550 billion dollars. According to the Archival Federal Reserve Economic Data report, the total amount of consumer loans for the United States can be approximated by the function L(t) = 0.286t²-3.669t+24.475 where t is the number of years after 1950 and L(t) is given in billions of dollars. Evaluate and interpret the instantaneous rate of change in the total amount of consumer loans in the United States in 2020. O a. The total amount of consumer loans in the United States is expected to grow in 2020 at a rate of 11.69 billion dollars. Ob. The total amount of consumer loans in the United States is expected to grow in 2020 at a rate of 30.65 billion dollars. Oc. The total amount of consumer loans in the United States is expected to grow in 2020 at a rate of 34.32 billion dollars. Od. The total amount of consumer loans in the United States is expected to grow in 2020 at a rate of 36.37 billion dollars.
- What are the differences among models that forecast the level, trend, and seasonality?The base amount in gradient series stars at the beginning of the second period. Select one: True False 4For this exercise, you will need to download quarterly Personal Consumption Expenditures: Chain-type Price Index (PCECTPI) from FRED. The variable PCECTPI is the price index for personal consumption expenditures from the U.S. National Income and Product Accounts. In this exercise, you will construct forecasting models for the rate of inflation based on PCECTPI. For the analysis, you will use the sample period 1963:Q1-2019:Q4, but data before 1963 may be used, as necessary, as initial values for lags in regressions. a. Compute the inflation rate, Infl, = 400 x [In(PCECTPI) - In(PCECTPI-1)]. What are the units of Infl? (Is Infl measured in dollars, percentage points, percentage per quarter, percentage per year, or something else? Explain.) b. Compute the first four autocorrelations of AInfl. Estimate an AR(2) model for AInfl. Present you results. c. Forecast AInfl2020:Q1, the change in inflation from 2020:Q1 to 2019:Q4. d. Forecast Infl2020:02, the change in inflation from 2020:Q2 to…
- T. Haavelmo devised a model of the US economy for the years 1929–1941 based on the followingequations:(i) c = 0.712y + 95.05 (ii) s = 0.158(c + x) − 34.30(iii) y = c + x − s (iv) x = 93.53Here x denotes total investment, y is disposable income, s is the total saving by firms, and c istotal consumption. Write the system of equations in the form (1) when the variables appear inthe order x, y, s, and c. Then find the solution of the system.Please provide a complete and comprehensive solutions and answers. Solve for the Geometric Gradient: G= 2,000.00 pesos i= 11.50% n=15 years A= ?Consider the ISLM model. If the government and central bank used a combination of expansionary fiscal policy and expansionary monetary policy, which of the following would occur? (a) There would be a rise in equilibrium national income and a fall in the equilibrium rate of interest. (b) There would be a fall in equilibrium national income and a fall in the equilibrium rate of interest. (c) There would be a rise in equilibrium national income and an unknown effect on interest rates. (d) There would be a fall in equilibrium national income and a rise in the equilibrium rate of interest.