Sulfur forms two chlorides,S_2Cl_2 and SCl_2. | vedclass

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(C) In $SCl_2$,the oxidation state of sulfur is $+2$. The equivalent mass is calculated as $\frac{	ext{Atomic mass of S}}{	ext{Valency of S}} = \fra

Vedclass · Accepted Answer

$32$

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(C) In $SCl_2$,the oxidation state of sulfur is $+2$. The equivalent mass is calculated as $\frac{	ext{Atomic mass of S}}{	ext{Valency of S}} = \frac{32}{2} = 16$.In $S_2Cl_2$,the total mass of $2$ sulfur atoms is $64$,and they are combined with $2$ chlorine atoms $(71 \ g)$.Since the valency of chlorine is $1$,the total valency of $2$ sulfur atoms is $2$,meaning the valency per sulfur atom is $1$.Therefore,the equivalent mass of sulfur in $S_2Cl_2$ is $\frac{	ext{Atomic mass of S}}{	ext{Valency of S}} = \frac{32}{1} = 32$.

Sulfur forms two chlorides,$S_2Cl_2$ and $SCl_2$. The equivalent mass of sulfur in $SCl_2$ is $16$. What is the equivalent mass of sulfur in $S_2Cl_2$?

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