Total physical product (TPP) is maximized when the marginal product of labor (MPL) equals zero, meaning that adding more units of labor does not increase output. At this point, any additional input results in diminishing returns, and further increases in labor may even decrease total output. Therefore, maximizing TPP indicates that the optimal utilization of resources has been reached, balancing efficiency without overextending inputs.
Negative
You maximize utility when marginal utility divided by the price of product A is equal to the marginal utility divided by the price of product B. MUa/Pa=MUb/Pb or MUa/MUb= Pa/Pb
yes
Unit elastic
true
mp = 0
How can the product of a reaction be maximized?
Negative
You maximize utility when marginal utility divided by the price of product A is equal to the marginal utility divided by the price of product B. MUa/Pa=MUb/Pb or MUa/MUb= Pa/Pb
yes
yes
When the amount of product in a market has been maximized you have a saturated market.
Unit elastic
true
In a relationship among total product (TP), average product (AP), and marginal product (MP), TP reaches its maximum when marginal product (MP) equals zero. At this point, any additional input does not increase total output, indicating that the production capacity has been fully utilized. Before reaching this maximum, MP is positive, contributing to increasing TP, while AP is at its highest when MP equals AP. Thus, the optimal production point occurs where MP intersects the horizontal axis.
At the output level at which the slopes of the total revenue and total cost curves are equal, provided the firm is covering its variable cost
It is a product that is total