Answer: Sally
If Harry's negligent act injures Sally, and Susan, while attempting to come to Sally's aid breaks her arm in the process then, Harry is liable for the harm to Sally.
Explanation:
As a mathematical expression, we can say the action of Harry H, is directly proportional to the injury to Sally S; while the mistake of Susan N is directly proportional to injury to Sally S.
So, if H = S and N = S, it is safe to say
H = N = S.
Thus, Harry negligence create room for Susan mistake, which eventually harmed Sally.
The specialized parts are called lipid rafts, which is comprise
of hospholipase that are way too similar to each other and does not have
proteins which are linked with them. These are accountable for cell to cell
communication, gesturing, and acknowledgment.
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Answer:
bleach (sodium hypocrite dissolved in water)carbonated beverages (carbon dioxide dissolved in water is what gives sodas their fizz)
Explantion: A solution is a mixture of one substance dissolved in another so the properties are the same throughout
- The atmosphere is a good example of a solution in which a gaseous solvent (nitrogen) dissolves other gases (such as oxygen, carbon dioxide, water vapor, and neon).
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Answer:</h2>
<u>Inversely proportional.
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Explanation:</h2>
The distance between two wave troughs is considered as wavelength whereas the number of wave crests passing over the origin every second is termed as frequency. The former is denoted by symbol known as lambda whereas the latter is denoted by '
'.
We can utilize this relationship to compute the wavelength or recurrence of any electromagnetic wave on the off chance that we have the other estimation. Simply separate the speed of light by whichever estimation you have and afterward you have the other.
Frequency = Speed of Light/Wavelength
f = c/λ
Wavelength = Speed of Light/Frequency
λ = c/f
Above given equation demonstrates that wavelength and frequency are inversely proportional to each other which means that higher the frequency, shorter will be the wavelength and vice versa.
Answer:
Cellular respiration releases stored energy in glucose molecules and converts it into a form of energy that can be used by cells.
Explanation:
