Newton’s Second Law can often be simplified to the equation Force equals mass times acceleration (F=ma) so objects with less mass either require proportionally less force to accelerate or will accelerate at a proportionally greater rate - and the opposite will hold true for objects with more mass. stem science physics classical mechanics Newtonian mechanics kinematic motion | Fadhel Mahdi
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Newton’s Second Law can often be simplified to the equation Force equals mass times acceleration (F=ma) so objects with less mass either require proportionally less force to accelerate or will accelerate at a proportionally greater rate - and the opposite will hold true for objects with more mass. stem science physics classical mechanics Newtonian mechanics kinematic motion | Fadhel Mahdi
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