is position vector a localized vector?
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Hey mate...
A vector which is drawn parallel to a given vector through a specified point unlike free vector in space is called a localised vector. The effect of a force acting on a body depends not only on the magnitude & direction but also on its point of application & line of action.
A vector which is drawn parallel to a given vector through a specified point unlike free vector in space is called a localised vector. The effect of a force acting on a body depends not only on the magnitude & direction but also on its point of application & line of action.
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Localised Vector: A vector which is drawn parrallel to a given vector through a specified point in space is called a localised vector. For example, a force acting on a rigid body is a localised vector as its effect depends on the line of action of the force.
So, according to me, in general, an arbitrary position vector doesn't denote a localised vector.
So, according to me, in general, an arbitrary position vector doesn't denote a localised vector.
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