If the marginal product for that employee is greater than for the previous employee hired, it must be that there are gains from specialization
<h3>
What is marginal product ?</h3>
- The marginal product or marginal physical productivity of an input (factor of production) in economics, and particularly neoclassical economics, is the change in output that results from using one more unit of a specific input (for example, the change in output when a firm's labor is increased from five to six units), assuming that the quantities of other inputs are kept constant.
- The marginal product is the mathematical derivative of the production function with respect to that input if the output and the input are infinitely divisible, in which case the marginal "units" are infinitesimal.
- When more of one input, such as labor, is used while maintaining a constant level of the other input, such as capital, the marginal product initially rises according to the "rule" of declining marginal returns.
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The gathering of factual statements is an example of marketing research in its descriptive role.
<span>The descriptive role of marketing research is focused on the gathering of facts to explain the current situation of a market and/or marketing program.</span>
Answer:
Utility increases at a decreasing rate.
Explanation:
Utility is the total satisfaction derived from consumptjon.
The utility function measures the total satisfaction derived from consumptjon.
Utility increases at a decreasing rate.
This can be illustrated with an example.
Imagine I am coming from a desert with no access to drinking water. I am very thirsty. The satisfaction I would derive from the first cup of water would be the highest. After my first cup, the utility I would derive from other cups would be diminishing.
Answer:
$3,310.20
Explanation:
The applicable formula in this case is
A = P x ( 1 + r )^ n
Where A= amount after 20 years
P is principle amount= $1000
r is interest rate = 6 % or 0.06 per year: monthly interest = 0.06/12
n is number of periods = 12 months x 20 years
A = $1000 x ( 1 + 0.005) ^240
A = $1000x (1.005) ^ 240
A =$1000 x 3.31020447580
A =$3,310.2044