C = a + b[Y - (k + tY)]
C = a + b[Y - k - tY]
C = a + bY - bk - btY
C = (a - bk) + [b x (1 - t)] x Y
In equilibrium, Y = C + I0 + G0
Y = (a - bk) + [b x (1 - t)] x Y + I0 + G0
[1 - {b x (1 - t)}] x Y = a - bk + I0 + G0
Y* = (a - bk + I0 + G0) / [1 - {b x (1 - t)}]
T* = k + tY = k + [t x (a - bk + I0 + G0)] / [1 - {b x (1 - t)}]
C* = (a - bk) + [b x (1 - t)] x (a - bk + I0 + G0) / [1 - {b x (1 - t)}]
in the macroeconomics model below matrix In the macroeconomic model below, Y is aggregate output, C...
6) In the macroeconomic model below, Y is aggregate output, C is aggregate consump- tion, I. is aggregate investment, Go is government spending, T is the total amount of taxes collected by the government, and t is income tax rate. The variables Y, C, and T are en- dogenous, Go, Io, and t are exogenous, and a, b, and k are parameters. Express this system of equations in a matrix form, clearly writing out and labeling each of the matrices....
6) In the macroeconomic model below, Y is aggregate output, C is aggregate consump- tion, Io is aggregate investment, Go is government spending, T is the total amount of taxes collected by the government, and t is income tax rate. The variables Y, C, and T are en- dogenous, Go, Io, and t are exogenous, and a, b, and k are parameters. Express this system of equations in a matrix form, clearly writing out and labeling each of the matrices...
6) In the macroeconomic model below, Y is aggregate output, C is aggregate consump- tion, Io is aggregate investment, Go is government spending, T is the total amount of taxes collected by the government, and t is income tax rate. The variables Y, C, and T are en- dogenous, Go, Io, and t are exogenous, and a, b, and k are parameters. Express this system of equations in a matrix form, clearly writing out and labeling each of the matrices....
EC2040-5 Question 2 [40 points] Consider the following macroeconomic model: Y=C+10 + Go c-a+b(Y-T) Where the endogenous variables are Y,c and T, while the exogenous variables are Go and lo. The parameters are such that a > 0,d 0,0 < b a) Set up the model in matrix form. [5 points] b) Find the inverse of the matrix of parameters [10 points] c) Use Cramer's rule to find equilibrium income Y and equilibrium taxes [10 points] d) Find and discuss...
Macroeconomics model usually wants to model Output Y, Consumption C, Investment I, and Interest Rate r taking as given Government spending Go, taxes To and Money in the economy Mo. The variables Y, C, I, and r are therefore endogenous while Go, Mo and To are exogenous. a,b,c,d,e,f are parameters. (i) Write the following system using matrix notation (5pts) (ii) Find the determinant of the coefficient matrix (the A matrix) (5 pts) (iii) Let a,b,c,d,e,f to be equal to 1...
Macroeconomics model usually wants to model Output Y, Consumption C, Investment I, and Interest Rate r taking as given Government spending Go, taxes To and Money in the economy Mo. The variables Y, C, I, and r are therefore endogenous while Go, Mo and To are exogenous. a,b,c,d,e,f are parameters. (i) Write the following system using matrix notation (5pts) (ii) Find the determinant of the coefficient matrix (the A matrix) (5 pts) (iii) Let a,b,c,d,e,f to be equal to 1...
4. (28 pts) Consider the following macroeconomic model: Y C M = C + Io + Xo - M = a +bY = u +mY a> 0 and 0 <b<1 u> 0 and 0 <m < 1 The three endogenous variables are Y (income), C (consumption), and M (imports). The variables I. (investments) and X. (exports) are exogenous. Also, a, b, u and m are exogenous constants satisfying the restrictions presented above. (a) Write this system as a 3 x...
15.2.2 15.2.1 Consider the following macroeconomic model: Y = C+1, C = a +by (a > 0, 0<b< 1). The endogenous variables Y and C are national income and consumption respec- tively, and the exogenous variable I is investment. Find the equilibrium values of Y and C in terms of I and the parameters a, b. Find also an expression for the change in Y when I increases from Io to I1, determine its sign and comment on its magnitude....
Suppose that the economy is characterized by the following behavioral equations, in which all macroeconomic aggregate are measured in billions of Namibian dollars, N$: C = 160 + 0.6Yd I = 150 G = 150 T = 100 Solve for Equilibrium GDP (Y) Disposable income ( Yd ) Consumption spending ( C ) Multiplier for government expenditure and interpret it.
National Income Model - Application of Matrix Algebra Consider the following three-sector national income determination model: C = 30 + 0.75 (Y − T) T = 10 + 0.3Y I = 250 G = 100 Determine the exogenous and endogenous variables in the system. Solve the model presented in the above system of equations using the determinant and the inverse matrix method to find the equilibrium values of unknown variables. Verify your solution in part (b) above by solving these...