It is the output of an economy that equates aggregate supply with aggregate demand.
In macroeconomics, equilibrium level of output occurs when income is equivalent to expenditures. That should be the same amount with the output.
In the short run, equilibrium GDP is the level of output at which output and aggregate expenditure are equal
This is known as the recessionary gap
The equilibrium wage falls and the equilibrium quantity of labor rises
equlibrium output and employment
Raises the equilibrium level of output and employment.
In the short run, equilibrium GDP is the level of output at which output and aggregate expenditure are equal
This is known as the recessionary gap
The equilibrium wage falls and the equilibrium quantity of labor rises
The equilibrium price is the unit cost, which is the same as the total cost divided by the number of units produced (output).
equlibrium output and employment
must be smaller thean the price effect
Raises the equilibrium level of output and employment.
It Falls
The economy is at equilibrium as both government suffer insufficient funds
In economics, an equilibrium population N is at once the smallest number of people who can produce the given output Q, and also the largest number of people who can survive with the same output Q. [This definition first appeared in Mohammad Gani's doctoral dissertation at New York University in 1995.] An equilibrium magnitude is determined by identifying at least two terminations: first, something terminates the variable from being any larger than what it is. Second, something else terminates the variable from being any smaller than what it is. An equilibrium cannot be defined except in a functional form. Thus variable N is said to be in equilibrium with respect to variable Q two time over. First, to produce any given quantum of output Q, a determinate number of people N must work. The population cannot be any smaller for the given output level. Secondly, people consume the output and the given output cannot support any population larger than N. Theoretically, the growth rate of the equilibrium population must be zero: it must neither increase nor decrease.
In Economics, an equilibrium population N is at once the smallest number of people who can produce the given output Q, and also the largest number of people who can survive with the same output Q. [This definition first appeared in Mohammad Gani's doctoral dissertation at New York University in 1995.] An equilibrium magnitude is determined by identifying at least two terminations: first, something terminates the variable from being any larger than what it is. Second, something else terminates the variable from being any smaller than what it is. An equilibrium cannot be defined except in a functional form. Thus variable N is said to be in equilibrium with respect to variable Q two time over. First, to produce any given quantum of output Q, a determinate number of people N must work. The population cannot be any smaller for the given output level. Secondly, people consume the output and the given output cannot support any population larger than N. Theoretically, the growth rate of the equilibrium population must be zero: it must neither increase nor decrease.
The point where the y and x axis meet. You are at your maximum potential of output based on your Supply and Demand curves. See equilibrium .