Per NCERT Example 6.8, why is the BULLET's acceleration MUCH LARGER than the gun's — even though the force pair is equal?
ABecause the bullet has much smaller mass; from a = F/m, smaller mass means larger acceleration for the same force
BBecause Newton's laws don't apply to bullets
CBecause the bullet is closer to the target
DBecause explosions add force
Answer & Solution
Correct answer: A. Because the bullet has much smaller mass; from a = F/m, smaller mass means larger acceleration for the same force
Per NCERT Example 6.8, equal F, smaller m for bullet → much larger a. Newton's Third Law gives equal forces; Newton's Second Law gives unequal accelerations due to different masses.
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