Answer: b. habituation
Explanation:
Habituation is a psychological learning process that is described as a decrement in the response to a specific stimulus after being regularly exposed to it. It´s associated with the nervous system and may happen unconsciously. In this example, Max filtering out the fan's noise that was previously so distracting is an effect of habituation.
8 in 1816 & 1820
16 in 1824 & 1828
21 in 1832, 1836 & 1840
23 from 1844 through 1860
21 in 1864 & 1868
22 in 1872, 1876 & 1880
23 from 1884 through 1908
24 from 1912 through 1928
26 in 1932, 1936 & 1940
26 in 1964 & 1968
25 in 1972, 1976 & 1980
23 in 1984 & 1988
21 in 1992, 1996 & 2000
20 in 2004 & 2008
18 in 2012, 2016 & 2020
25 from 1944 through 1960
Answer:
Reactive devaluation
Explanation:
From the scenario described. It can be observed that the students gave the idea a lower rating because it was coming from the opposing side. Hence, this is am an example of REACTIVE DEVALUATION.
This is because Reactive Devaluation is a term that describes a form of mental bias from one party towards another. This arises when a plan is devalued by party A because the plan comes from party B who is perceived as the opponent.
Hence, in this case, the students' reaction is an example of Reaction Devaluation
The question that Jonathan is most likely trying to answer is" Is their any blood from the scene"?
<h3>What is Kastle-Meyer test?</h3>
The Kastle-Meyer test serves as a quick inexpensive test that can be utilized by a forensic expert to analyze if there is a blood in a scene.
It serves as a way to get evidence at a crime scene for the presence of blood.
Learn more about test at;
brainly.com/question/25567167
The answers to the drop-down menus in completing each statement are:
<h3>What are
electromagnets?</h3>
An electromagnet is known to be a kind of magnet that has a magnetic field that is also known to be formed by an electric current.
Note that Electromagnets usually made up of wire wound found in a coil and the answers above can be used to fill up the statement.
Learn more about electromagnets from
brainly.com/question/12555869
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