Match the following.Column-IColumn-II(1) Typi | vedclass

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(B) The correct matches are as follows:$(1)$ Typical bacterial cell size is generally $1-2 \ \mu m$. Thus,$(1-q)$.$(2)$ Ribosomes are the sites of pro

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$(1-q), (2-p), (3-s), (4-r)$

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(B) The correct matches are as follows:$(1)$ Typical bacterial cell size is generally $1-2 \ \mu m$. Thus,$(1-q)$.$(2)$ Ribosomes are the sites of protein synthesis in the cell. Thus,$(2-p)$.$(3)$ Nerve cells are characterized as long and branched structures for signal transmission. Thus,$(3-s)$.$(4)$ Plasmids are small,circular,extrachromosomal $DNA$ molecules in bacteria that often carry genes for antibiotic resistance or other traits,involved in bacterial transformation. Thus,$(4-r)$.Therefore,the correct sequence is $(1-q), (2-p), (3-s), (4-r)$.

Column-$I$	Column-$II$
$(1)$ Typical bacterial	$(p)$ Site of protein synthesis
$(2)$ Ribosome	$(q)$ $1-2 \ \mu m$
$(3)$ Long and branched	$(r)$ Control of bacterial transformation
$(4)$ Plasmid	$(s)$ Nerve cell

Match the following.
Column-$I$ Column-$II$
$(1)$ Typical bacterial $(p)$ Site of protein synthesis
$(2)$ Ribosome $(q)$ $1-2 \ \mu m$
$(3)$ Long and branched $(r)$ Control of bacterial transformation
$(4)$ Plasmid $(s)$ Nerve cell

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Match the following.Column-$I$Column-$II$$(1)$ Typical bacterial$(p)$ Site of protein synthesis$(2)$ Ribosome$(q)$ $1-2 \ \mu m$$(3)$ Long and branched$(r)$ Control of bacterial transformation$(4)$ Plasmid$(s)$ Nerve cell