Not necessarily. Total Cost = Fixed Cost + Variable Cost; Variable Cost=f(Quantity) and if f`(Quantity)>0 it implies that as quantity produced rises variable cost would rise. Average Total Cost=Average Fixed Cost + Average Variable Cost. If initially the Total Cost function is more of an odd function (mostly it is) then the Average Cost will look more like a parabola i.e. it will tend to fall becuase the Fixed Cost gets thin but later that is overtaken by the increase in Variable Cost. But there are cases when Average Total Cost does fall continuously as quantity increases and these involve huge Fixed Costs like say Electric Supply Infrastructure. This is called natural monopoly.
The average fixed cost is equal to fixed cost divided by level of output, if the output increases; the average fixed cost is less.
when marginal costs are below average cost at a given output, one candeduce that, if output increases dose average costs fall or marginal costs will fall
remain constant
average total cost
when marginal cost are below average cost at a given output, one can deduce that,
The average fixed cost is equal to fixed cost divided by level of output, if the output increases; the average fixed cost is less.
when marginal costs are below average cost at a given output, one candeduce that, if output increases dose average costs fall or marginal costs will fall
remain constant
The output of the average American factory increases as new equipment is introduced.
average total cost
when marginal cost are below average cost at a given output, one can deduce that,
when marginal cost are below average cost at a given output, one can deduce that,
greater than average profit.
This is a simple enough question to answer, Fixed cost is defined as the cost invariant of output, i.e. cost that doesnot change as output increases, i.e. constant. So if you divide a constant by output as a variable, as output increases Average Fixed Costs drop.
Average cost declines and output increases.
it increases because increasing load means more output power, more output power means more current
The bias that arises when the index number formula used for an output PPI systematically understates average price increases because it does not take into account that producers seeking to maximize revenue from a given technology and inputs may shift production to items with above average relative price increases. Or, the bias that arises when the index number formula used for an input PPI systematically overstate average price increases because it does not take into account that producers seeking to minimize costs with a given technology and output may shift purchases of inputs to items with below average relative price increases. Reference: http://stats.oecd.org/glossary/detail.asp?ID=5698