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Exam 4. An object mass m moves in a circular patn with co tant angilar speed has position vector r(t) =k cos ti +k sin tj, k is a constant. Find the force acting on the object and show that it is directed toward the origin. Solution : H.W.

Exam 4. An object mass m moves in a circular patn with co tant angilar speed has position vector r(t) =k cos ti +k sin tj, k is a constant. Find the force acting on the object and show that it is directed toward the origin. Solution : H.W.

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Example 4. An object with mass m that moves in a circular path with constant angular speed has position vector r(t) = k cos ti+ ksin tj, k is a constant. Find the force acting on the object and show that it is directed toward the origin. Solution : H.W.
Transcribed Image Text:Example 4. An object with mass m that moves in a circular path with constant angular speed has position vector r(t) = k cos ti+ ksin tj, k is a constant. Find the force acting on the object and show that it is directed toward the origin. Solution : H.W.
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