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9y ago

As per the law of definite proportions, any mass of a chemical compound always features the same elemental composition. It is also referred to as Proust's Law.

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13y ago

Because compounds are arranged in predefined atomic order to qualify a a particular compound. when it comes to mixtures there is no law that defines the density or content in a mixture.

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14y ago

All stoichiometric compounds.

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Q: What is an example of the law of definite proportions?
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What laws provided evidence for the existence of atoms?

The law of definite proportions, the law of conservation of mass, and the law of multiple proportions all provide evidence for the existence of atoms.


Is it true that a chemical has a definite composition?

Yes, after the Law of definite proportions; but now it is clear that this law is not applicable to all known chemical compounds.


Does The Law of Definite Proportions state that substances combine in predictable proportions and that excess reactants remain unchanged?

Yes, it is true; but today this law is not generally valid.


Why is the law of definite proportion important.?

In chemistry, the law of definite proportions, sometimes called Proust's Law, states that a chemical compound always contains exactly the same proportion of elements by mass. An equivalent statement is the law of constant composition, which states that all samples of a given chemical compound have the same elemental composition by mass. For example, oxygen makes up about 8/9 of the mass of any sample of pure water, while hydrogen makes up the remaining 1/9 of the mass. Along with the law of multiple proportions, the law of definite proportions forms the basis of stoichiometry.


Who discovered Law of Definite Proportions?

He combined elements such as iron and copper with oxygen, based off the reaction he found that oxygen's composition was always one of two.

Related questions

What is the name of the chemical law?

For example the law of definite proportions.


What is the law that states that a chemical compound always contains the same elements in exactly the same proportions by w eight and mass?

Law of definite proportion, sometimes also called the law of constant composition.


When was the law of definite proportions developed?

The law of definite proportions was developed by Joseph Proust in 1806.


State the law of definite proportions?

The law of definite proportions states that all chemical compounds have constant proportions of their components.


Which of Dalton's four principles support law of definite proportions?

Dalton\'s principle of compounds supports the law of definite proportions.


What year did Joseph Proust make the law of definite proportions?

In was in 1799 that Joseph Proust discovered the law of definite proportions, or Proust's Law. Proust was a French chemist.


1 Differentiate between The Law of Definite Proportions and The Law of Multiple Proportions?

Well definite is broad and multiple is more exact that's about what I can think of


Who developed the law of Definite Proportions?

Joseph Proust


'Law of multiple Proportion was discovered by whom?

The Law of Multiple Proportions was proposed by John Dalton.


The quantity of oxygen in brown lead oxide is always twice as great as the quantity of oxygen in yellow lead oxide this is an example of which law?

The Law of Definite Proportions.


The law of definite proportions states that a compound always contains the same elemtents in the smae proportions?

true


Is the law of definite proportions important?

In chemistry, the law of definite proportions, sometimes called Proust's Law, states that a chemical compound always contains exactly the same proportion of elements by mass. An equivalent statement is the law of constant composition, which states that all samples of a given chemical compound have the same elemental composition by mass. For example, oxygen makes up about 8/9 of the mass of any sample of pure water, while hydrogen makes up the remaining 1/9 of the mass. Along with the law of multiple proportions, the law of definite proportions forms the basis of stoichiometry.