Newton's Second Law - Comprehensive Review Practice
Dive into the world of physics with our "Newton's Second Law - Comprehensive Review Practice" where you'll tackle interactive problems and real-world scenarios to deepen your understanding of force, mass, and acceleration. Enhance your problem-solving skills and prepare for success with engaging exercises that reinforce key concepts and applications of this fundamental law of motion!
Questions
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MultiChoice
Calculate the force needed to accelerate a 12 kg object at 4 m/s'.
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MultiChoice
Calculate mass of an object accelerating at 5 m/s' under a 35 N net force.
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MultiChoice
Calculate acceleration of a 25 kg mass acted upon by a 100 N net force.
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MultiChoice
A net force of 40 N acts on an 8 kg crate. What acceleration results?
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MultiChoice
A 50 kg sprinter accelerates at 3 m/s'. What net force produces this acceleration?
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MultiChoice
An object of mass 14 kg accelerates at 2 m/s'. Find net force.
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MultiChoice
A force of 90 N gives an object an acceleration of 3 m/s'. Find its mass.
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MultiChoice
If a net force of 0 N acts on an object, its acceleration must be:
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MultiChoice
A 6 kg bowling ball is thrown with net force 24 N. What is its acceleration?
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MultiChoice
An applied force of 50 N opposes friction of 10 N on a 10 kg block. Acceleration?
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MultiChoice
A 1000 kg car accelerates at 2.5 m/s'. What net force acts on the car?
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MultiChoice
What net force is needed to accelerate a 0.5 kg ball at 12 m/s'?