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Why friction does not occur in smooth surfaces?
It is wrong to say that friction doesn't occur in smooth surface.. As ideally, no such surface exists, which has 0 value of friction. We can say that the magnitude of friction force is less in smooth surfaces as compared to that in rough surfaces. Friction opposes the motion of a body. When we go to the molecular level, we can see that the surface of a plane is not smooth but rough.. We cannot see that roughness through naked eyes. But the amount of roughness differs from object to object. The so called smooth surfaces have less roughness as compared to un-smooth surfaces. Hence, the magnitude of friction is LESS in smooth surfaces...
Why does some friction occur on smooth surfaces?
Even on seemingly smooth surfaces, there are still miniscule imperfections at the microscopic level that cause friction. When two surfaces come into contact, these tiny imperfections create interlocking points that resist motion, resulting in friction. Additionally, surface contaminants or oils can further increase friction on smooth surfaces.
Why does some friction occur with a seemingly smooth surface?
I don't know... but everyone my heart is broken by a guy I like
Why some friction occur with seemingly smooth surface?
Even seemingly smooth surfaces have microscopic imperfections that make contact points rough at a very small scale. When these contact points slide against each other, the imperfections create friction and resistance, even though the surface appears smooth at a larger scale.
Why does some friction occur with seemingly smooth surfacers?
Because on the molecular level, they are not smooth No surface is perfectly smooth and even if it were, many molecules of the two surfaces would get close enough together to interact.
Why does some friction occur with seemingly smoth surfaces?
Some friction will occur with seemingly smooth surfaces because at a molecular level, nothing is smooth.
Why is friction least effected by smooth surfaces?
Friction is least affected by smooth surfaces because there are fewer microscopic irregularities that can interlock and create resistance between the surfaces. This results in less friction compared to rough surfaces where more interlocking can occur, increasing the resistance.
Does friction acts only on rough surfaces?
No, friction can occur on both rough and smooth surfaces. The roughness of a surface can affect the amount of friction generated, but it is not a requirement for friction to occur. Friction is a force that resists the relative motion between two surfaces in contact.
How surface influences the amount of friction there is?
The roughness and texture of a surface can affect the amount of friction between two objects in contact. Rough surfaces provide more contact points for friction to occur, increasing the resistance to motion. Smooth surfaces have less friction due to fewer contact points. Additionally, the material composition of the surfaces can also influence friction, with softer materials generally providing less friction than harder materials.
What does friction do with smooth surfaces?
Friction on smooth surfaces reduces the amount of sliding or slipping that can occur between the surfaces. This helps to create more resistance to movement and helps objects remain in place. However, the amount of friction on smooth surfaces is typically lower compared to rough surfaces.
What type of surface weathers faster smooth surface or jagged surface?
A jagged surface typically weathers faster than a smooth surface because it has more surface area exposed to environmental factors such as wind, water, and abrasion. This increased surface area allows for more opportunities for weathering processes to occur, leading to faster deterioration.
Would a smooth even surface weather faster than an uneven broken surface?
An uneven broken surface would generally weather faster than a smooth even surface due to increased surface area and exposure to environmental factors. The irregularities in the broken surface provide more opportunities for weathering processes, such as erosion and chemical breakdown, to occur compared to a smooth surface.
