n g of substance X reacts with m g of substance Y to form p g of substance R and q g of substance S. This reaction can be represented as, \[X+Y=R+S\]. The relation which can be established in the amounts of the reactants and the products will be

n g of substance X reacts with m g of substance Y to form p g of subst

1.	n g of substance X reacts with m g of substance Y to form p g of substance R and q g of substance S. This reaction can be represented as, \[X+Y=R+S\]. The relation which can be established in the amounts of the reactants and the products will be
A.	\[n-m=p-q\]
B.	\[n+m=p+q\]
C.	\[n=m\]
D.	\[p=q\]
Answer» C. \[n=m\]

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n g of substance X reacts with m g of substance Y to form p g of substance R and q g of substance S. This reaction can be represented as, \[X+Y=R+S\]. The relation which can be established in the amounts of the reactants and the products will be

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