No, the Normal Force is not always equal to the weight of an object. The Normal Force is a reaction force that is equal in magnitude and opposite in direction to the force applied by the object on a surface. The weight of an object is a downward force due to gravity, while the Normal Force is a perpendicular force exerted by a surface on an object. These two forces may be equal in some situations, but not always.
The Normal Force is affected by the angle of inclination, or the slope, of the surface on which an object rests. As the angle of inclination increases, the Normal Force also increases, since the surface is now exerting a greater perpendicular force to counteract the component of the object's weight that is acting parallel to the surface.
No, the Normal Force cannot be negative. Since the Normal Force is a reaction force, it always acts in the direction perpendicular to the surface. It may decrease or increase in magnitude, but it cannot be negative. A negative value for the Normal Force would imply that the surface is exerting a force in the opposite direction of the object, which is not possible.
The Normal Force does not directly affect the motion of an object. It is a reaction force that helps to keep an object in contact with a surface and prevents it from falling through or slipping on the surface. The Normal Force does not contribute to the net force acting on an object, but it plays a crucial role in ensuring the object's stability and equilibrium.
Yes, the Normal Force can be greater than the weight of an object. This can occur in situations where an additional external force is acting on the object, such as when an object is pushed down onto a surface. In this case, the Normal Force would be greater than the weight of the object, as it is now counteracting not only the weight of the object but also the additional force pushing it down.