Resolve a weight of `10N` in two directions which are parallel and perpendicular to a slape inclined at `30^(@)` to the horizontal.

Resolve a weight of 10N in two directions which are parallel and perpendicular to a slope inclined at 30^(@) to the horizontal.

Resolve a weight of 10N in two directions which are parallel and perpendiular to a slope inclined at 30^@ to the horizontal.

Resolve a weight of 10N in two directions which are parallel and perpendiular to a slope inclined at 30^@ to the horizontal.

Resolve a weight of 10N in two directions which are parallel and perpendiular to a slope inclined at 30^@ to the horizontal.

Resolve a weight of 10N in two directions which are parallel and perpendiular to a slope inclined at 30^@ to the horizontal.

A box of mass m is placed on a smooth frictionless incline weight of an object acts in vectical direction. Consider x and y-axis parallel and perpendicuar to incline what are x and y-components of weight W of box?

A force of 60 N is applied horizontally find its rectangular components.in a direction inclined 30^@ to the horizontal.

An inclined plane is inclined at theta with horizontal as shown in (figure).Write a unit vector in the direction parallel (hat(a)) and perpendicular (hat(b)) to inclined plane,in standard xy coordinate system.