Answer: This chart demonstrates that the marginal cost initially decreases as production increases.
Marginal Cost refers to the cost of producing an additional unit of a good. As production increases, marginal costs will initially decrease.
In the short run, factors of production like capital are fixed. Only labor is variable and varies with the number of units produced. Initially, employing more labor results in better productivity and help in decreasing the marginal costs. However, as more units of labor are employed, labor become less productive and the law of diminishing marginal returns sets in. Hence the marginal cost curve begins to rise.
Answer:
the answer is A
Explanation:
i just took the test
Answer:
The answer is It lacks value compatibility.
Explanation:
Apparently, the new Honda may be slow to diffuse in the market because It lacks value compatibility.
b) loans and transactions deposits; reserves
c) transactions deposits; reserves and loans
d) reserves and loans; transactions deposits
Hey Friend.
C) is the answer. Transaction deposit is an asset since it increases what you already have, while reserves and loans decrease what you have, because you'll have to take out.
HEY.
C) IS THE CORRECT ANSWER.
A mixture formed when nitrogen and hydrogen combined.
B.
A pure substance that is chemically identical to both nitrogen and oxygen formed.
C.
A new compound formed when nitrogen and hydrogen chemically reacted.
D.
A new element formed when oxygen and nitrogen atoms turned into new kinds of atoms.
Answer: C. A new compound formed when nitrogen and hydrogen chemically reacted.
Explanation:
Due to the temperature increase, the atoms of both Nitrogen and Hydrogen reacted chemically with one another and formed a new compound which was still colorless but now had a strong odor as well.
This new compound is known as Ammonia with the chemical composition NH₃. It is formed when Hydrogen and Nitrogen react chemically. Ammonia is a colorless gas with a sharp strong odor.
The gross primary productivity of the forest is 5500 g/m^2/yr. The correct option is b.
The net primary production of the Peruvian lowland rainforest is 2200 g/m^2/yr, and 60% of gross primary production is lost as autotroph respiration. To calculate the gross primary productivity, you can use the following formula:
Net Primary Production = Gross Primary Production * (1 - Autotroph Respiration Percentage)
Rearrange the formula to solve for Gross Primary Production:
Gross Primary Production = Net Primary Production / (1 - Autotroph Respiration Percentage)
Substitute the given values:
Gross Primary Production = 2200 g/m^2/yr / (1 - 0.60)
Gross Primary Production = 2200 g/m^2/yr / 0.40
Gross Primary Production = 5500 g/m^2/yr
So, the gross primary productivity of the forest is 5500 g/m^2/yr. The correct option is b.
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