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No as charcoal consists on average of only 85-98% carbon, an element is defined as a pure substance.
Soaps get precipitated as insoluble calcium and magnesium soaps in hard water but detergents do not. Therefore, soaps but not synthetic detergents can be used to check the hardness of water.
Bathing soaps are calcium salts of fatty acids while washing soaps are magnesium salts of fatty acids. We making washing soaps and bathing soaps,including environmental friendly ingredients.
Nope, bases actually gives soaps their useful properties.
CO3 is most commonly known as carbon trioxide. It is the combination of carbon dioxide and atomic oxygen. It is a reaction when the two are combined, and is considered to be an unstable element.
Soaps are salts of fatty acids and hence are compounds.
Soaps are salts of fatty acids and hence are compounds.
They are the same thing, just with differing names. Soaps are detergents and detergents are soaps. The names have become associated with their different uses. Soaps are now primarily used to refer to soaps/detergents used on the body, while detergents have comes to mean soaps/detergents used for things other than cleansing the body, such as dish detergents.
Soaps are salts of fatty acids and hence are compounds.
Stanley B. Elliott has written: 'The alkaline-earth and heavy-metal soaps' -- subject(s): Metallic soaps
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The atomic number of an element refers to the number of protons.
The atomic number of an element refers to the number of protons.
Soil is a mixture Soap is mostly considered to be a compound, most commercial soaps however (like shampoos) are mixtures.
It could refer to a member of a set.
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