Answer:
The use of factories for production.
New technology and machines.
Increased production of crops.
A decrease in available capital.
Answer:
Sunk-cost fallacy.
Explanation:
The sunk-cost fallacy refers to the behavior done by the individuals when they continue such behavior because they already invested resources on it (time, money, effort).
In this example, <u>Les invested money on the megaphone of root beer,</u> he starts drinking it but <u>he becomes full, nevertheless he keeps drinking it </u>(even when his friend tells him he will get sick) <u>because he "bought it and not going to waste one drop of it"</u>
<u>Less continues drinking the root beer even though he's already full because he thinks he already invested money on buying it.</u>
Thus, this is an example of the sunk-cost fallacy.
Answer:
drainage basins for the main rivers draining southeastern Alabama
Apalachicola River
Choctawhatchee River
Yellow River
Escambia (Conecuh) River
Perdido River
Explanation:
Not sure if this is what your looking for or if you have choses..Hope it helps
The correct answer to this open question is the following.
Although there are no options attached, we can say the following.
The two ideas of limited governments are reflected in the excerpt are that the government has to respect the rights of the American people and that the United States citizens have the right to grow and prosper and the government has to create the proper conditions for this to happen and never impede the thriving pf the people.
This is an important excerpt of the Declaration of Independence drafted by five prominent American founding fathers: Thomas Jefferson, Robert Livingston, Roger Sherman, John Adams, and Benjamin Fraklin.
The Declaration was promulgated on July 4, 1776.
There would be no release of organic nitrogen molecules back to their inorganic state. Dead material would accumulate to choke out livable habitat.
<span>Plants fix atmospheric carbon in photosynthesis and some species of bacteria fix atmospheric nitrogen so life would continue taking these into the organic cycle but without decomposing fungi & bacteria the cycle would not complete. However the final step of reduction to N2 is only completed by bacteria. In fact bacteria are critical to every step of the nitrogen cycle. </span>
<span>Fungi also decompose dead plants and animals so are detrital feeders putting nitrogen into the nitrogen cycle but not as N2. Fungi cannot reduce N2O to N2. So fungi make N2O as their denitrification product. True denitrification, like nitrogen fixing, does not occur in eukaryotes only bacteria. </span>
