No because oil is slipery
We can reduce friction by oiling ("lubricating") the surfaces. This means that the surfaces no longer rub directly on each other, but slide past on a layer of oil. It's now much easier to move them.
Very viscous oil on a very cold morning may thicken and become even more difficult to flow. This can make it challenging for the oil to properly lubricate moving parts, leading to potential engine damage or failure due to increased friction. It is important to use oil with the appropriate viscosity rating for cold temperatures.
It does not. It simply reduces some of its impacts. When iron or steel rusts the surface becomes rougher, which increases friction and prevents moving parts from working as they should. The oil provides lubrication, which decreases friction and restores normal function.
Kuwaiti oil fires happened in 1991.
Because if there is no oil then there wouldn't be enough friction for it to slide past each other.
Oil is used to reduce friction.
fluid frictionMotor oil replaces sliding friction with fluid friction.Motor oil is used as a lubricant and replaces the sliding friction to create a type of friction known as fluid friction.
Oil is mainly used to reduce friction between contacting surface, e.g., metal on metal - not to reduce air friction.
The friction will go down drastically.
No.
When motor oil is used as a lubricant, it creates a layer of fluid friction between the moving parts, reducing sliding friction. This type of friction is known as fluid friction or hydrodynamic friction, as the oil forms a film that helps to separate and cushion the contacting surfaces, allowing them to slide smoothly.
If friction is more it leads to unwanted things
Friction
No.
Oil it
The friction between oil and a door hinge is called fluid friction. The oil acts as a lubricant, reducing the resistance between the door hinge parts as they move against each other. This type of friction allows for smoother movement of the hinge.
oil