Question 1 of 6 > Stacked O Attempt An economy is initially described by the following...
Assignment Score: 91.7% Resources C Give Up? Feedback Resume Questions of A Stacked Attempt An economy is initially described by the following equations: C-60+ 0.8Y- 1 - 120-57 M/P-Y-25 G200 T-200 M - 3000 P-3 c. Now assume that the central bank adjust the money supply to hold the interest rate constant. What is the new level of income? What must the new money supply be? What is the tax multiplier? new equilibrium Y 1250 new money supply: 3600 tax...
graph the IS and LM curves An economy is initially described by the following equations: C = 60+ 0.8(Y-T) 1 = 120-5 M/P=Y-25r G = 200 T = 200 M = 3000 P-3 a. Derive and graph the IS and LM curves. Use the accompanying diagram to graph the IS and LM curves by placing the following equations: a. Derive and graph the IS and LM curves. Use the accompanying diagram to graph the IS and LM curves by placing...
Stacked An economy is initially described by the following equations: C = 60+ 0.8(Y-T) I = 120-5 M/P = Y-25r G = 200 T = 200 M = 3000 P = 3 a. Derive and graph the IS and LM curves. Use the accompanying diagram to graph the IS and LM curves by placing the endpoints at the correct location, then place point A at the equilibrium interest rate and level of income. IS: Y= LM: Y= IS: Y= LM:...
An economy is initially described by the following equations: a. Derive and graph the IS and LM curves. Use the accompanying diagram to graph the IS and LM curves by placing the endpoints at the correct location, then place point A at the equilibrium interest rate and level of income. C = 60+ 0.8(Y-T) I = 120-5r M/P=Y-25r G = 200 T= 200 M = 3000 P=3 IS: Y= LM: Y= IS-LM Graph 800 850 900 950 1,000 1,050 1,100...
An economy is initially described by the following equations: C = 60 + 0.8(Y-T) I = 120-5 M/P = Y-25 G = 200 T = 200 M = 3000 P = 3 d. Now assume that the central bank adjusts the money supply to hold the level of income constant. What is the new equilibrium interest rate? What must the money supply be? What is the tax multiplier? new equilibrium : 10 new money supply: 2400 tax multiplier: -4 Incorrect...
Assignment Score: 62.54 Resources Give Up! Resume Question 1 of 4 > Stacked Attempt Aggregate Demand I - Work It Out: Question 2 Suppose that the money demand function is - 600 - 75 wherer is the interest rate in percent The money supply Mis 51200, and the price level Pis fixed 4 Round answers to one place after the decimal when necessary. c. What happens to the equilibrium interest rate, r, if the supply of money is raised from...
2. (16 points) An economy is initially described by the following equations: C = 500+ 0.75(Y – T) I = 1,000 - 50r M/P=Y - 2007 G= 1,000 T= 1,000 M = 6,000 P=2 (a) Derive the equations for the IS curve and the LM curve. Note: Both equations should either show Y as a function of r only, or s as a function of Y only, like you've seen in class. (b) Solve for the equilibrium interest rate and...
A small open economy is described by the following set of equations: C = 300 + 0.6(Y − T) I = 700 − 80r NX = 200 − 50ε G = T = 500 (Balanced Budget) (M/P)^d = Y − 200r M = 3, 000 P = 3 r ∗ = 5 (a) Derive and graph the IS∗ and LM∗ curves. (b) Calculate the equilibrium exchange rate, income and net exports. (c) Assume a floating exchange rate. Calculate what happens...
2. A small open economy is described by the following equations: C=50+0.75(Y-T) 1- 200 20 NX-200-50 G- 200 T-200 M 3000 P-3 r' = 5 (a) Derive and graph the IS and LM* curves. (b) Calculate the equilibrium exchange rate, level of income, and net exports (c) Assume a floating exchange rate. Calculate what happens to the exchange rate, the level of income, net exports, and the money supply if the government increases spending by 50. Use a graph to...
The money market for this economy is described by the equations: (M/P) = 0.4Y - 40r M = 1200 P=1 12. Derive a formula for the LM curve, showing Y as a function of r. 13. What are the short run values of Y and ? 14. What are the short run values of Y and rif G increases by 200? What is the multiplier? Is the value different from what you calculated for question 9? Explain why it is...