Newton's second law for translation motion in the xy plane is sumvec(F) = mvec(a) ,Newton's second law for rotation is sumT_(x) = lalpha_(x) . Consider the case of a particle moving in the x-y plane under the influence of a single force.

Newton's second law for translation motion in the xy plane is sumvec(F

1.	Newton's second law for translation motion in the xy plane is sumvec(F) = mvec(a) ,Newton's second law for rotation is sumT_(x) = lalpha_(x) . Consider the case of a particle moving in the x-y plane under the influence of a single force.
Answer» Both `vec(F) = m vec(a) ` and `T_(X) = I alpha_(x)` MUST be USED to analyze the motion of this PARTICLE . Either `vec( F ) = m vec( a) ` or `T_(x) -lalpha_(x)` , can be used to analyze the motion of this particle. Only `vec( F) = m vec( a)` needs to be used to analyze the motoin of this particle Only `T_(x) = lalpha_(x)` can be used to analyze the motion of this particle. ANSWER :B

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Newton's second law for translation motion in the xy plane is sumvec(F) = mvec(a) ,Newton's second law for rotation is sumT_(x) = lalpha_(x) . Consider the case of a particle moving in the x-y plane under the influence of a single force.

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