It is a true statement that the human infant shows a remarkable degree of learning power and complexity in what is being learned.
<h3>Who wrote the quoted word?</h3>
The quoted word <em>"human infant shows a remarkable degree of learning power and complexity in what is being learned"</em> is created by an cognitive psychologist called Jean Mandler.
In conclusion, it is true that the human infant shows a remarkable degree of learning power and complexity in what is being learned.
Read more about Jean Mandler
<em>brainly.com/question/6227451</em>
Answer:
This is an example of Addiction
Explanation:
Addiction is a repetitive habit that degenerates or causes some harm to the addict and those who live with him. The limit between a habit and addiction lies in the consequences they have on the person's life. Addiction takes the individual away from his essence and makes him focus more on obtaining pleasure through dependence than on the life he used to lead.
Answer:
the answer is b.
Explanation:
they other answers were incorrect and it makes the most sense
The main reason why United States was involved in Vietnam is that the United States believed in the so called Domino effect: that if one country becomes communist, others might become communist too. So they got involved to stop the spread of communism (option a)
Answer:
Option (A)
Explanation:
The Ultraviolet lights are referred to as electromagnetic radiation that is comprised of wavelength ranging from 10 nm to about 400 nm (nanometer). The wavelengths of these UV rays are comparatively shorter in comparison to the wavelength of the visible light.
On the other hand, the infrared lights are the radiations that are comprised of wavelength ranging from about 700 nm to 1 mm (millimeter). These infrared lights have a higher wavelength in comparison to the visible light.
Those lights that are comprised of wavelength higher and shorter than the visible light wavelength are not visible to the naked eye. Human eyes respond to the light only between red and violet light of the electromagnetic spectrum.
Thus, the correct answer is option (A).
