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Match the following columns
\(\begin{array}{|l||l||l|l|} \hline & \text{ Column - I } & & \text{ Column - II } \\ \hline (a) & \text{Inertia of motion and rest} & (i) & \text{Newton's third law} \\ \hline (b) & \text{Measure of force} & (i i) & \text{Impulse} \\ \hline (c) & \text{Relation between force and acceleration} & (i i i) & \text{Newton's second law} \\ \hline (d) & \text{Recoiling of gun} & (i v) & \text{Newton's first law} \\ \hline \end{array}\)
Options:
\(\begin{array}{|l||l||l|l|} \hline & \text{ Column - I } & & \text{ Column - II } \\ \hline (a) & \text{Inertia of motion and rest} & (i) & \text{Newton's third law} \\ \hline (b) & \text{Measure of force} & (i i) & \text{Impulse} \\ \hline (c) & \text{Relation between force and acceleration} & (i i i) & \text{Newton's second law} \\ \hline (d) & \text{Recoiling of gun} & (i v) & \text{Newton's first law} \\ \hline \end{array}\)
Solution:
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Verified Answer
The correct answer is:
\( a-i v ; b-i i ; c-i i i ; d-i \)
Newton’s first law is based on principle of inertia. Newton’s second law gives relation between force and acceleration. Impulse gives us the effect of force. Recoiling of gun is accounted for by Newton’s 3rd law.
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