What is Frictional Force?
The frictional force is the force created when two surfaces come into touch with each other and slide against each other. These forces are mostly influenced by the surface roughness and the amount of force required when they are combined. The volume of frictional force is affected by the angle and position of the object. The forces of attraction are the primary cause of friction between objects.
The frictional force between two surfaces always acts in opposition to the applied force, as shown in the figure above. The surface’s texture, the amount of force pushing them together, the position of the object, the angle of the force applied, etc. are some factors that have a big impact on the frictional force. The force of friction is equal to the mass of the thing when it is flat against another object. When we push an object up against the surface of another object, the frictional force increases and exceeds the weight of the pushed object.
What is Frictional Force?
Frictional Force or Force of Friction is the opposing force when two surfaces come in contact with each other to move either in the same direction or in opposite directions. As friction is a force that opposes or resists the motion of an object that comes in contact and slides against each other. Hence, the frictional force is a Contact Force. Friction is a force that always opposes motion. The frictional forces are majorly affected by the texture of the surface of the objects that came in contact with each other and the amount of force exerted on them.
Table of Content
- What is Frictional Force?
- Frictional Force Formula
- Calculation of Frictional Force
- Factors Affecting Frictional Force
- Types of Frictional Forces
- Dry Friction
- Fluid Friction
- Frictional Force Examples