With the increase of the number of resonance structures, the entropy of a molecule also increases. Hence, Option A is correct.
<h3>What is a
molecule?</h3>
A molecule is the smallest particle which is a combination of two or more atoms of a substance that are held together. For instance, H2O (water), O3 (Ozone), and many more.
In the substance, there are all the properties like physical and chemical properties which are required by them. When there is increase in any of the components in the resonance structure, there is increase in the molecule also.
Thus, Option A is correct.
Learn more about the molecule here:
brainly.com/question/19922822
#SPJ4
The complete question is attached in text form:
What happens to the entropy of a molecule as the number of resonance structures increases?
A. Entropy also increases.
B. Entropy decreases.
C. Entropy has no relationship to the number of resonance
I believe the answer is: Accommodation
According to piaget, accommodation refers to the process of adding new information into an existing Schema.
This happen when someone decided to update their old memories when facing with a contradictory one rather than completely change it into a new one.
Answer:
The <u>foot-in-the-door</u><em> </em>persuasion technique.
Explanation:
Also known as FITD, the foot-in-the-door technique is a tactic of persuasion particularly used to make someone agree to a solicitation when they probably would not agree if they were asked right away. The principle is derived from the idea that if a answerer will consent with an small request, so they will after be more likely to agree to a bigger and more significant request .
This technique makes more demanding requests with time, like in the example, it makes the subject feels bound to honor and therefore donate.
