Negative
At the beggining of the MR curve, the first instance of output, from then on, MR falls until it hits 0 at the point where total revenue is max.
Marginal cost, which is the cost of producing one more unit of output, helps determine the level at which profits will be maximized.
Profits will be maximized when marginal revenue is equal to marginal costs. This will only happen in cases where there are fixed costs.
The change in total output, when one more input is added/deducted. If Total Product of current period 'n', then the Marginal Product [Marginal Output]= Tn - Tn-1. It is the marginal change in the total output when one unit of input say labour or capital is added.
equal to marginal revenue
mp = 0
At the beggining of the MR curve, the first instance of output, from then on, MR falls until it hits 0 at the point where total revenue is max.
Marginal cost, which is the cost of producing one more unit of output, helps determine the level at which profits will be maximized.
Profits will be maximized when marginal revenue is equal to marginal costs. This will only happen in cases where there are fixed costs.
The change in total output, when one more input is added/deducted. If Total Product of current period 'n', then the Marginal Product [Marginal Output]= Tn - Tn-1. It is the marginal change in the total output when one unit of input say labour or capital is added.
equal to marginal revenue
profit is maximized
equal to marginal revenue
when the marginal benefit of consumption is equal to the marginal cost of production.
Marginal revenue is the change in total revenue over the change in output or productivity.
a. monopoly profit is maximized. b. marginal revenue equals marginal cost. c. the marginal cost curve intersects the total average cost curve. d. the total cost curve is at its minimum. e. Both A and B
The optimal level of output is where marginal costs = marginal damages.