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Volatile organic solvents consists of variety of chemical gases which are emitted in form of solid or liquids.
Everyday household products also emit these compounds which includes wax, paints which are applied on walls of the house.
These compounds are called as volatile substance because they have higher vapour pressure, and lower boiling points than as compared to the other compounds.
Common emissions sources of VOCs include dry cleaners; auto body shops; cars, trucks, and buses etc.
Volatile organic solvents play a vital role in the creation of ground-level ozone. Ground-level ozone can irritate the eyes, nose, and throat, and can aggravate asthma and other lung diseases, including bronchitis.
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Answer:
If there are resource shortages, many species (not just humans) may not have the things they need to survive, and can result in conflicts.
Explanation:
No because acid strength is determined by Ka, not the concentration of H₃O⁺.
<h3>
Briefly explained</h3>
While CH3COOH is a mild acid, HCL is a strong acid. Acetic acid will not be regarded as being as strong as hydrochloric acid, even though they create comparable numbers of H3O+ ions at various concentrations.
The acid's Ka determines the potency of the acid. HCL will dissociate more than CH3COOH at identical concentrations, according to the comparison.
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What is hydrochloric acid?</h3>
An aqueous solution of hydrogen chloride is what is known as hydrochloric acid, commonly referred to as muriatic acid. It has an unmistakably strong odour and is colourless. It is categorised as a powerful acid.
In the digestive tracts of the majority of animal species, including humans, it is a part of the stomach acid. A crucial industrial chemical and reagent for laboratories is hydrochloric acid.
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When a molecule is broken down into its constituent atoms, these atoms do not have the same properties as the molecule.
We can use an everyday molecule, such as water, H20, to show this property. Water is a liquid with unique properties that stem from its hydrogen bonding. On the other hand, its constituent atoms, hydrogen and oxygen, are not liquids, and have very different properties. Oxygen and hydrogen are both gases; hydrogen is dangerous and very flammable, while we breathe in oxygen throughout our lives. This example illustrates how the atoms that make up a molecule usually have different properties than the completed molecule.
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