Friction between two surfaces creates heat and abrasion, causing wear and tear over time. This constant rubbing together can lead to the breakdown of materials, resulting in damage and degradation to the surfaces in contact. Lubricants can help reduce friction and minimize wear and tear on the interacting surfaces.
Friction has advantage and disadvantage, In that case friction causes wear and tear. there are two activity to prove friction causes wear and tear. 1)some years back in a flight the nose landing gear failed. it turned sidewards, so when landing due to friction it caused fire and also the metal parts in the wheel was disappeared and also the the rubber tube was gone. so, this activity proves us friction causes wear and tear 2)when the car is travelling 100kmph and when the driver put a sudden brake the car stops after a few seconds but if we see the tires it will not be as same as before the driver puts a brake it smooth and it will not have the threads in the tire. The threads in the car are damaged so, this activity also proves that friction causes wear and tear.
Friction is the force that primarily causes wear and tear of machinery. As moving parts rub against each other, friction generates heat and abrasion, leading to material loss and degradation over time. Regular maintenance and lubrication can help reduce the impact of friction on machinery.
Friction is not good when it leads to excessive wear and tear on machinery, causes overheating, or decreases efficiency in a mechanical system. In some cases, too much friction can also result in loss of energy and performance.
if it is an advantage then it can't be bad
Friction is not wanted in situations where it hinders motion (like in moving parts of machinery), causes wear and tear (like in brakes), or generates heat (like in bearings).
Friction causes wear and tear.
Causes wear and tear of machine parts.Burning of tyreswarming of hands
Friction has advantage and disadvantage, In that case friction causes wear and tear. there are two activity to prove friction causes wear and tear. 1)some years back in a flight the nose landing gear failed. it turned sidewards, so when landing due to friction it caused fire and also the metal parts in the wheel was disappeared and also the the rubber tube was gone. so, this activity proves us friction causes wear and tear 2)when the car is travelling 100kmph and when the driver put a sudden brake the car stops after a few seconds but if we see the tires it will not be as same as before the driver puts a brake it smooth and it will not have the threads in the tire. The threads in the car are damaged so, this activity also proves that friction causes wear and tear.
Friction is the force that primarily causes wear and tear of machinery. As moving parts rub against each other, friction generates heat and abrasion, leading to material loss and degradation over time. Regular maintenance and lubrication can help reduce the impact of friction on machinery.
Friction is not good when it leads to excessive wear and tear on machinery, causes overheating, or decreases efficiency in a mechanical system. In some cases, too much friction can also result in loss of energy and performance.
if it is an advantage then it can't be bad
Friction is not wanted in situations where it hinders motion (like in moving parts of machinery), causes wear and tear (like in brakes), or generates heat (like in bearings).
Friction can be a nuisance when it hinders the smooth movement of objects, leading to wear and tear or the need for more energy to overcome it. It can also be problematic when it causes excessive heat or noise in mechanical systems.
wear and tear
Mainly heat and static electricity are produced by friction.
Friction should be reduced when trying to increase efficiency, minimize wear and tear on surfaces, or improve the performance of mechanical systems. It is important to reduce friction in cases where it hinders movement or causes energy loss.
Friction is a disadvantage because it causes resistance and reduces the efficiency of motion in various mechanical systems. It generates heat, causes wear and tear on surfaces, and can lead to energy loss. Minimizing friction is essential for improving performance and reducing the negative effects associated with it.