There are many applications that would benefit from less friction. Any kind of motion where heat is produced but not intended would benefit from less friction.
Some examples:
1. the contact point between the piston and wall in an engine produces less heat and more power with less friction
2. air flow over a car's exterior, over a plane's exterior, over a rockets exterior results in reduced drag (air resistance) with less friction
3. the space shuttle could definitely use less friction with the atmosphere during re-rentry
4. electrical conductors are more efficient as friction decreases
5. if friction were 0, the perpetual motion machine would be possible
Less friction would be desirable in situations where you want to increase speed or efficiency, such as reducing energy consumption in machinery, improving the performance of a vehicle, or allowing objects to move more smoothly past each other. It can also be beneficial in situations where friction may cause wear and tear on surfaces, like in medical devices or precision instruments.
Activities like driving, exercising, and collaborating with others would benefit from less friction.
A shape with a rough surface, such as a rough cube, would typically have the most friction because the irregularities on the surface increase the contact area between the object and the surface it is moving against, creating more resistance to motion. Smooth surfaces like a sphere would have less friction due to less contact area.
In a mechanical system, less friction is desired to reduce wear and tear on moving parts and increase efficiency. In customer interactions, less friction means a smoother and more enjoyable experience that can lead to higher satisfaction and loyalty. In communication, less friction promotes clarity and understanding, helping to avoid misunderstandings and conflicts.
Without friction, it would be difficult to walk, drive, or hold objects in place. Machines would not work efficiently and sports would be very different. Overall, life would be more challenging and less predictable without friction.
In the context of friction, "little" would typically mean that there is not much resistance or opposition between two surfaces in contact. This would result in smoother movement and less energy loss due to friction.
Activities like driving, exercising, and collaborating with others would benefit from less friction.
You want less friction. Then you will go faster.
Because if there is less friction, the road would be very slippery, therefore more dangerous
If you want to swim faster, then decreasing friction would help you with that - Less friction means you glide easer through the water. If you want a more efficient workout then increasing friction would help you with that. If you were to put a track suit on before entering the water you'd have to work a lot harder for each lap in the pool.
A shape with a rough surface, such as a rough cube, would typically have the most friction because the irregularities on the surface increase the contact area between the object and the surface it is moving against, creating more resistance to motion. Smooth surfaces like a sphere would have less friction due to less contact area.
In a mechanical system, less friction is desired to reduce wear and tear on moving parts and increase efficiency. In customer interactions, less friction means a smoother and more enjoyable experience that can lead to higher satisfaction and loyalty. In communication, less friction promotes clarity and understanding, helping to avoid misunderstandings and conflicts.
less friction then what?
no limiting friction is not less than rolling friction
The force of friction ALWAYS acts in the direction exactly opposite to the directionin which the object is moving.If the friction force acted in the same direction as the object's motion, then youwould want to have as much friction as possible, because that would help youmove the object with less fuel.
Braking. Driving on ice.
Friction
rolling friction is 1/100 less than spliding friction