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Asked by Barry

What is the acceleration of a particle in terms i and j when the resultant force of (-i + 3j)N acts on a particle of mass 4kg?

Newton's second law is expressed as Resultant force = mass x acceleration (F=ma) So a simple change of subject; acceleration = resultant force/mass (a = F/m) = (-i + 3j)/ 4 Final answer is (-i/4 + 3j/4) m/s^2 Note this Force is measured in Newtons(N) Mass is measured in Kg Acceleration is measured in metres per second squared

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Samuel Osei-Wusu
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