Motion in Plane

Polar Vector Motion In Plane Explanation

Polar Vector

Vectors which represent physical quantities that originate from a point such as velocity and force

Polygon Law Of Addition Motion In Plane Explanation

Polygon Law of Addition

If vectors represent sides of the polygon in an order, then the resultant vector is the closing side of the…

Parallelogram Law Of Addition Motion In Plane Explanation

Parallelogram Law of Addition

If two vectors represents two side of the parallogram, then the resultant vector is represented by the diagonal of the…

Triangle Law Of Addition Motion In Plane Explanation

Triangle Law of Addition

If two vectors represents two side of the triangles, then the resultant vector is represented by the third side of…

Resultant Vector Motion In Plane Explanation

Resultant Vector

Resultant of two vectors is one vector which produces the same effect of two different vectors

Null Vector Motion In Plane Explanation

Null Vector

Vector having zero magnitude and arbitrary direction

Equal Vector Motion In Plane Explanation

Equal Vector

Vectors having same magnitude as well as direction

Negative Vector Motion In Plane Explanation

Negative Vector

Negative of Vector is the opposite direction of that vector

Vectors Motion In Plane Explanation

Vectors

Physical quantities with magnitude as well as direction

Scalars Motion In Plane Explanation

Scalars

Physical quantities with only magnitude but no direction