Three 1 L flasks contain N_2,Ne,and O_3 gase | vedclass

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(A) According to Avogadro's hypothesis,equal volumes of gases at the same temperature and pressure contain an equal number of molecules.Since the volu

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$2:1:3$

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(A) According to Avogadro's hypothesis,equal volumes of gases at the same temperature and pressure contain an equal number of molecules.Since the volumes of $N_2$,$Ne$,and $O_3$ are equal ($1 \ L$ each),the number of molecules in each flask is the same (let it be $x$).Number of atoms in $N_2$ = $2 	imes x$Number of atoms in $Ne$ = $1 	imes x$Number of atoms in $O_3$ = $3 	imes x$The ratio of the total number of atoms is $2x : 1x : 3x$,which simplifies to $2:1:3$.

Three $1 \ L$ flasks contain $N_2$,$Ne$,and $O_3$ gases respectively. At the same temperature and pressure,find the ratio of the total number of atoms present.

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