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(C) In Griffith's transformation experiment,the $S$-strain (Smooth) bacteria possess a polysaccharide coat that makes them virulent (pathogenic).The $

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$(i)$ and $(iii)$

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(C) In Griffith's transformation experiment,the $S$-strain (Smooth) bacteria possess a polysaccharide coat that makes them virulent (pathogenic).The $R$-strain (Rough) bacteria lack this coat and are non-virulent.When the transforming principle $(DNA)$ from heat-killed $S$-strain is transferred to the $R$-strain,the $R$-strain gets transformed into the $S$-strain.As a result,the transformed $R$-strain acquires the ability to form a smooth polysaccharide coat $(i)$ and becomes virulent $(iii)$.

If the transforming principle is transferred to the $R$-strain,what characteristics will the $R$-strain acquire?
$(i)$ Formation of a smooth polysaccharide coat
$(ii)$ Becomes non-virulent
$(iii)$ Becomes virulent
$(iv)$ Does not form a smooth polysaccharide coat

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If the transforming principle is transferred to the $R$-strain,what characteristics will the $R$-strain acquire?$(i)$ Formation of a smooth polysaccharide coat$(ii)$ Becomes non-virulent$(iii)$ Becomes virulent$(iv)$ Does not form a smooth polysaccharide coat