# What describes the graphical relationship between average product and marginal

Let us study the definitions of Total Product, Average Product and Marginal Product The law of variable proportions is used to explain the relationship between. 37) C) Reason: At maximum, average product equals marginal product. B) Reasons: for a natural Monopoly, costs are conti view the full answer. A curve that graphically illustrates the relation between average product and the product curve, after the third worker, is indirectly due to decreasing marginal.

A curve that graphically illustrates the relation between average product and the quantity of the variable input, holding all other inputs fixed.

## Marginal and Average Product Curves (With Diagram)

This curve indicates the per unit output at each level of the variable input. The average product curve is one of three related curves used in the analysis of the short-run production of a firm. The other two are total product curve and marginal product curve.

The average product curve illustrates how average product is related to a variable input. While the standard analysis of short-run production relates average product to laboran average product curve can be constructed for any variable input.

Average Product Curve The diagram to the right graphically represents the relation between average product and the variable input. Marginal Equal To Average: The point of intersection between the marginal product and average product curves is also the peak of the average product curve.

If the productivity of the marginal worker is equal to the average productivity of the existing workers, then the average does not change. Marginal Less Than Average: Once the marginal product curve moves below the average product curve, then the average product curve declines.

As Waldo hires an additional worker in the middle of this range, the marginal product of this worker is less than that of the existing workers, which pulls down the overall average.

The Law of Diminishing Marginal Returns This average-marginal relation for production is closely tied to the law of diminishing marginal returns.

Marginal product declines with the onset of diminishing marginal returns.

### Marginal and Average Product Curves (With Diagram)

The "hump shape" of the marginal product curve reflects first increasing marginal returns then decreasing marginal returns. For this reason, the "hump shape" of the average product curve is attributable, indirectly, to the law of diminishing marginal returns and the "hump shape" of the marginal product curve.

Increasing marginal returns means marginal product is rising and because average product necessarily starts at zero zero production means zero average productmarginal product lies above average product and causes it to rise, as well. With the onset of decreasing marginal returns, marginal product declines. However, for this initial part of the marginal product decline, average product continues rising because marginal product is still greater.

After marginal product falls enough to meet up and intersect average product, average product peaks.

A production period of time in which at all inputs in the production process are fixed, meaning the quantity of output itself is fixed. Also termed market period, the very short run exists if the period is so short that no additional production is possible.

In other words, the good has been produced, all that remains is to sell it. This is one of four production time periods used in the study of microeconomics. The other three are short run, long run, and very long run.

A mathematical connection between a marginal value and the corresponding average value stating that the change in the average value depends on a comparison between the average and the marginal. This mathematical relation between average and marginal surfaces throughout the study of economics, especially production average product and marginal productcost average total cost and marginal costand revenue average revenue and marginal revenue. A similar relation is that between a total value and the corresponding marginal value.

The mathematical relation between average and marginal means that the average value is "driven" by the marginal value.