According to the research, the correct option is b. The main difference between both is that kinetic energy involves motion, and potential energy involves position.
<h3>What are kinetic energy and potential energy?</h3>
Kinetic energy refers to that energy that a body or system possesses due to its movement and like any other type of energy, it can be converted into heat and other forms of energy.
On the other hand, potential energy is the energy that is capable of generating work as a result of the position of the body and is classified according to the forces that give rise to it, such as gravitational, elastic, chemical, among others.
Therefore, we can conclude that according to the research, the correct option is b. The main difference between both is that kinetic energy involves motion, and potential energy involves position.
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Question:
A high ____will have a short wavelength
Answer:
That means that waves with a high frequency have a short wavelength, while waves with a low frequency have a longer wavelength. Light waves have very, very short wavelengths
Explanation:
Hope it help
the measure of how many a wave passes on a certain point in a certain time is
frequency
Answer:
Basketball
Explanation:
Basketball was invented to keep athletes warm in the winter.
Daltons, a unit of molecular weight, are used to measure protein size. The mass of a hydrogen atom, which is 1.66 x 10-24 grammes, is considered to be one Dalton. Since the majority of proteins have masses in the thousands of Dalton range, the term kilodalton (kDa) is frequently used to refer to the molecular weight of proteins.
- Daltons (Da) or kilodaltons, which are units of molecular weight, are typically used to measure proteins (kDa). By comparing the sizes of standard molecular weight markers of known size that were run in parallel with the unknown samples during gel electrophoresis, one can estimate the sizes of DNA, RNA, or protein molecules that were separated on gels.
- Different techniques have been used to assess the electrophoretic mobilities of DNA polymer fragments in an agarose gel and then convert those measurements to lengths using the reciprocal method. The length estimations can be greatly distorted by the measurement technique.
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