Answer:
The missing options are:
A. Potential confounding variables are not always controlled din laboratory studies
.
B. Retention tests employed in laboratory studies are usually once merged with factual information rather than emotions
.
C. The intensity of emotional responses is more accurately measured after the event in laboratory studies
.
D. Memories and emotional experiences as in real life are very different from those generated in laboratory studies.
The correct answer is option D.
Explanation:
Generalizability measures how useful is what scientists have been studying in a laboratory in comparison with the real-life since the first option is a prototype of reality that can miss valuable variables that can have an impact on the real life. With generalizability, we can see if the results of the investigation and the process that scientists used are useful in real life and can apply to other things or communities. The efficiency of generalizability depends on how well the representation of reality was in the laboratory.
Surely, when a living vertebrate is endothermic. it is <u>not possible</u> for that vertebrate to be a reptile.
<h3>What are vertebrates?</h3>
Vertebrates are those animals with backbone
So therefore, surely, when a living vertebrate is endothermic. it is not possible for that vertebrate to be a reptile
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Answer:
Code of Law
Explanation:
Hammurabi's lasting contribution to western society was his set of laws written on twelve stones and displayed publicly for all to see, the most common being, "Eye for eye, tooth for tooth." The laws are generally known as the Code of Hammurabi
Answer: Seduction
Explanation:
Seduction is a deliberate attempt to entice someone in a relationship to lead them astray. This is what Yolanda is doing to Trisha according to the Seduction stage of Erotic stimulus pathway theory.
The phenomenon of brightness constancy illustrates that our perception of a surface's brightness takes into account, and adjusts for, the level of surrounding illumination
What is brightness constancy?
Our visual ability to perceive objects as having the same brightness level even when the level of lighting changes is known as brightness constancy.
For instance, a white object will appear to be the same shade of white regardless of the amount of light it is exposed to, be it bright sunlight during the day or gentle lamplight at night. The colour of white appears to be the same even when the lighting has altered. As long as the object and its surroundings are illuminated by light of the same intensity, the object will maintain brightness constancy. When the brightness of the background and the item are not the same, brightness constancy is not preserved. If the background is lighter than the object, it will appear darker.
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