Match the following columns:Column-I (Value o | vedclass

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(D) According to the $NCERT$ textbook data for population growth rate $(r)$:$1$. The value of $r$ for the Norway rat is $0.015$.$2$. The value of $r$

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$(P-I), (Q-II), (R-III)$

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(D) According to the $NCERT$ textbook data for population growth rate $(r)$:$1$. The value of $r$ for the Norway rat is $0.015$.$2$. The value of $r$ for the flour beetle is $0.12$.$3$. The value of $r$ for the human population in India in $1981$ is $0.0205$.Therefore, the correct matching is:$P$ (Flour beetle) = $0.12$ $(I)$$Q$ (Norway rat) = $0.015$ $(II)$$R$ (Human population in India in $1981$) = $0.0205$ $(III)$Thus, the correct sequence is $(P-I), (Q-II), (R-III)$.

Column-$I$ (Value of $r$)	Column-$II$ (Example)
$P. 0.12$	$I$. Flour beetle
$Q. 0.015$	$II$. Norway rat
$R. 0.0205$	$III$. Human population in India in $1981$

Match the following columns:
Column-$I$ (Value of $r$) Column-$II$ (Example)
$P. 0.12$ $I$. Flour beetle
$Q. 0.015$ $II$. Norway rat
$R. 0.0205$ $III$. Human population in India in $1981$

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Match the following columns:Column-$I$ (Value of $r$)Column-$II$ (Example)$P. 0.12$$I$. Flour beetle$Q. 0.015$$II$. Norway rat$R. 0.0205$$III$. Human population in India in $1981$