Consider a force acting on a particle given as vec( F) = yhat( i ) + xhat( j) , where ( x, y ) is the instantaneous location of the particle. This type of force is :

Consider a force acting on a particle given as vec( F) = yhat( i ) + x

1.	Consider a force acting on a particle given as vec( F) = yhat( i ) + xhat( j) , where ( x, y ) is the instantaneous location of the particle. This type of force is :
Answer» Surely a conservation force Surely a non-conservation force Information INSUFFICIENT to reach to a conclusion Will be conservation only if the PARTICLE is CONSTRAINED to move in the x-y PLANE. Answer :A

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Consider a force acting on a particle given as vec( F) = yhat( i ) + xhat( j) , where ( x, y ) is the instantaneous location of the particle. This type of force is :

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