The saving function is given as: S= -120+0.5Y. Draw a diagram showing saving corresponding to income levels of 0, 200, 400, 600 and 800.

The consumption function of an economy is given as: C= 60+0.6Y. Draw a diagram showing consumption expenditure corresponding to income levels of 0, 100, 200, 300 and 400. (Values of income and autonomous consumption are in ₹ crores).

The consumption function is given as C = 40+0.6Y. Derive saving function.

The consumption function of an economy is given as: C = 40+0.7Y. Calculate the saving at the income level of ₹ 2,200 crores

The saving function for an economy is given as: S = -120 + 0.4(Y). Determine: (i) Consumption function, (ii) Consumption at income level of ₹ 600 crores, (iii) Break-even level of income.

With the help of saving function: S = -20+ 0.3 (Y), calculate consumption expenditure at the income level of ₹1,000 crores.

The saving function of an economy is given as, S=-50+0.4. The economy is in equilibrium at the income level of 1500 crores. Calculate (a) Investment at equilibrium income level. (b) Autonomous consumption: (c ) Multiplier.

If the saving function is S = -20 + 0.3Y, then what will be the value of MPC ?

Find saving level if income level is 500 crore and S=-50+0.60Y.

The saving function of an economy is S = - 200+ 0.25Y . The economy is in equilibrium when income is equal to 2,000. Calculate: (a) Investment expenditure at equilibrium level of income , (b) Autonomous consumption , (c ) Investment multiplier.

Derive a straight line saving curve using the following consumption function : C= 20+0.6Y. Presuming the income levels to be ₹ 100, ₹ 200 and ₹ 300 crores. Also calculate that level of income where consumption is equal to income.