In compound A,1.00 , g nitrogen unites with 0 | vedclass

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(B) According to the question:Compound $A \Rightarrow 1.00 \, g$ of $N$ combines with $0.57 \, g$ of $O$.Compound $B \Rightarrow 2.00 \, g$ of $N$ com

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Law of multiple proportion

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(B) According to the question:Compound $A \Rightarrow 1.00 \, g$ of $N$ combines with $0.57 \, g$ of $O$.Compound $B \Rightarrow 2.00 \, g$ of $N$ combines with $2.24 \, g$ of $O$. Thus,$1.00 \, g$ of $N$ combines with $\frac{2.24}{2} = 1.12 \, g$ of $O$.Compound $C \Rightarrow 3.00 \, g$ of $N$ combines with $5.11 \, g$ of $O$. Thus,$1.00 \, g$ of $N$ combines with $\frac{5.11}{3} \approx 1.70 \, g$ of $O$.The ratio of masses of oxygen that combine with a fixed mass $(1.00 \, g)$ of nitrogen in compounds $A, B,$ and $C$ is $0.57 : 1.12 : 1.70$,which simplifies to approximately $1 : 2 : 3$.Since the ratio is a simple whole number,these results obey the Law of Multiple Proportions.

List-$A$	List-$B$
$(1)$ Law of Multiple Proportions	$(A)$ Dalton
$(2)$ Law of Conservation of Mass	$(B)$ Joseph Proust
$(3)$ Law of Definite Proportions	$(C)$ Lavoisier
	$(D)$ Hofmann

In compound $A$,$1.00 \, g$ nitrogen unites with $0.57 \, g$ oxygen. In compound $B$,$2.00 \, g$ nitrogen combines with $2.24 \, g$ oxygen. In compound $C$,$3.00 \, g$ nitrogen combines with $5.11 \, g$ oxygen. These results obey the following law:

Similar Questions

Carbon and oxygen form two known compounds. One compound contains $42.9\%$ carbon,while the other contains $27.3\%$ carbon. This illustrates the law of:

$2 \ g$ of hydrogen combine with $16 \ g$ of oxygen to form water and with $6 \ g$ of carbon to form methane. In carbon dioxide,$12 \ g$ of carbon are combined with $32 \ g$ of oxygen. These figures illustrate the law of:

Choose the incorrect statement about Dalton's Atomic Theory.

Match the laws given in List-$A$ with the scientists who discovered them in List-$B$.

List-$A$ List-$B$

$(1)$ Law of Multiple Proportions $(A)$ Dalton

$(2)$ Law of Conservation of Mass $(B)$ Joseph Proust

$(3)$ Law of Definite Proportions $(C)$ Lavoisier

$(D)$ Hofmann

Ammonia contains $82.35\%$ nitrogen and $17.65\%$ hydrogen. Water contains $88.90\%$ oxygen and $11.10\%$ hydrogen. Nitrogen dioxide contains $63.15\%$ oxygen and $36.85\%$ nitrogen. Which law can be illustrated by the given data?

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