Explanation:
In real gases, there exists force of attraction between the molecules at low temperature and high pressure. This is because at low temperature there occurs a decrease in kinetic energy of gas molecules and high pressure causes the molecules to come closer to each other.
As a result, forces of attraction increases as molecules come closer to each other and therefore, gases deviate from an ideal gas behavior.
More is the polarity between the combining atoms in a compound more will be the presence of force of attraction between it. As a result, the molecules will not show ideal behavior.
As , HCl, and are all polar molecules therefore, these tend to deviate from ideal behavior.
Answer
A. It changes the rate, R
Explanation
When we change the concentration of the reactants in a chemical reaction, it affects the rate of reaction that happens in the process. Typically, the rate of reaction will decrease with time if the concentration of the reactants decreases because the reactants will be converted to products. Similarly, the rate of reaction will increase when the concentration of reactants are increased.
Answer:Explanation:The higher the frequency, the faster the oscillations and thus the higher the energy. Therefore, the highest-frequency ultra-violet light (or the lowest wavelength) is violet. However, the highest-frequency visible light would have to be roughly blue.
These citric acid cycle products are produced in your cells' mitochondria. NADH and FADH 2 start subscript, 2 end subscript are transferred to the electron transport chain during oxidative phosphorylation, where their high energy electrons will eventually fuel ATP production.
<h3>
What is a Citric Acid Cycle?</h3>
One of the major metabolic pathways of cellular respiration, involving a cyclic series of enzymatic reactions in which pyruvate converted into Acetyl Coenzyme A is completely oxidised to CO2 and hydrogen is removed from carbon molecules, transferring hydrogen atoms and electrons to electron-carrier molecules (e.g. NADH and FADH2) as well as metabolic energy to high energy bonds (e.g. ATP).
The citric acid cycle is another term for the Krebs cycle, which was initially reported in 1937 by Hans Adolf Krebs.
The citric acid cycle is so named because citric acid is both the beginning and end product of this metabolic process.
learn more about citric acid cycle refer:
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