Actually it is the change in the equilibrium expenditure divided by the change in autonomous expenditure. That will equal the expenditure multiplier.
force
The multiplier. The multiplicand is multiplied by the multiplier to create the product.
For a change of p percent, the multiplier is (1+p/100).
Multiplier x multiplicand = product
multiplicand x multiplier = product. Multiplier is the answer.
BALANCED-BUDGET MULTIPLIER:A measure of the change in aggregate production caused by equal changes in government purchases and taxes. The balanced-budget multiplier is equal to one, meaning that the multiplier effect of a change in taxes offsets all but the initial production triggered by the change in government purchases. This multiplier is the combination of the expenditures multiplier, which measures the change in aggregate production caused by changes in an autonomous aggregate expenditure, and the tax multiplier which measures the change in aggregate production caused by changes in taxes.
Spending multiplier
The simple multiplier implies that investment is the central determinant of output. The super multiplier combines the multiplier with the accelerator that indicates that investment is not autonomous, but is part of derived demand. Hence, the super multiplier indicates that capacity adjusted output is determined by autonomous demand. Autonomous demand in the case of the super multiplier would correspond to government spending, exports and some elements of consumption (particularly the wealthy whose consumption is not constrained by income). The practical difference is that not only demand determines output in the short run, but also in the long run. The economic system is effectively demand driven and Keynes' Principle of Effective Demand substitutes Say's Law.
the "Multiplier"
tree multiplier CSA (carry select adder) multiplier shift & add multiplier Higher radix multiplier
force multiplier
super multiplier refers to interaction of the multiplier and accelerator.
Well, i'd say its both. depends on the case to specify when it is a force multiplier or a distance multiplier.
Force Multiplier
finite population multiplier finite population multiplier
The formula for this simple tax multiplier. (m[tax]), is: m[tax] = - MPC x 1 ---- MPS = - MPC ---- MPS Where MPC is the marginal propensity to consume and MPS is the marginal propensity to save. This formula is almost identical to that for the simple expenditures multiplier. The only difference is the inclusion of the negative marginal propensity to consume (- MPC). If, for example, the MPC is 0.75 (and the MPS is 0.25), then an autonomous $1 trillion change in taxes results in an opposite change in aggregate production of $3 trillion.
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