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A rough, bumpy surface typically produces more friction compared to a smooth surface. The irregularities on the rough surface create more contact points between surfaces, leading to increased resistance and friction during movement.
Surface types can affect the force of friction because as the surface gets rough and rougher it has more friction and smooth surface has less friction. if we compare the affect of friction force on a ice and road. Road is much more rough than the ice chunk and if we slide a ice hockey puck on each of the surfaces, we get that smoother surfaces has less friction.
Because there is less traction for an object to grab onto on a smooth surface rather than when an object runs over a rough surface.
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A smooth surface typically creates less friction compared to a rough surface. Friction is influenced by factors like surface texture, smoothness, and the materials involved, with smoother surfaces allowing objects to slide more easily over them.
Surface friction is defined as the resistance of an object experiences during motion. So, for the same object, a smooth surface has less friction than a rough surface. Think about skating on ice or a piece of plywood!
A basketball will roll faster on a smooth surface due to less friction compared to a rough surface. The rough surface creates more resistance, slowing down the ball's movement.
Because there is less traction for an object to grab onto on a smooth surface rather than when an object runs over a rough surface.
Surfaces which are rough create the most friction. Like cement, or sand paper.
Rubbing together two smooth surfaces will typically result in less friction compared to rubbing together rough surfaces. This is because smooth surfaces have fewer irregularities and less surface area in contact, leading to reduced friction. Rough surfaces have more contact points and irregularities, increasing friction.
Rough surfaces tend to have more friction compared to smooth surfaces. This is because rough surfaces have more microscopic irregularities that create greater resistance as objects move across them. Smooth surfaces have less friction due to the reduced contact and interaction between the surfaces.
A ball can roll faster on a flat surface compared to a bumpy surface because the flat surface provides less resistance and allows for smoother motion. On a bumpy surface, the irregularities create friction and obstacles that slow the ball down. Additionally, the energy lost in bouncing over bumps further reduces its speed. Thus, a flat surface generally facilitates faster rolling.