Friction is very useful but it has its own disadvantages. Friction causes wear and tear. Friction spoils the soles of our shoes. friction reduces speed
This is all wrong some not useful types of friction are are when airplanes fly the friction causes heat that materials that will withstand which are costly.
Oh, dude, like, low friction is totally not helpful when you're trying to, like, stop your car on a steep hill - you definitely want those brakes to work! Also, when you're trying to keep your furniture from sliding all over the place during a party, low friction is not your friend. And let's not forget about trying to walk on an icy sidewalk - you need some good ol' friction to keep you from busting your butt!
Low friction is not useful in situations where traction is needed for stability, such as in car tires on wet roads or shoes on slippery surfaces. It is also not ideal in situations where precision and control are required, such as in surgical instruments or manufacturing equipment. Additionally, low friction can be detrimental in situations where energy efficiency is important, such as in certain types of bearings or gears where a certain level of friction is needed for optimal performance.
Well, let's think about this in a positive light! Low friction can be like a gentle breeze, making things smooth and easy. But sometimes, we need a bit of friction to keep things in place, like when you're trying to stay steady on a slippery surface or when you're trying to grip something tightly. Remember, every challenge is just a happy little accident waiting to be turned into something beautiful!
Friction plays a vital role in our daily life. Without friction we are handicap.1. It is becomes difficult to walk on a slippery road due to low friction. When we move on ice, it becomes difficult to walk due to low friction of ice.2. We can not fix nail in the wood or wall if there is no friction. It is friction which holds the nail.3. A horse can not pull a cart unless friction furnishes him a secure foothold.
friction or The mechanical advantage is greater for thinner wedges. However, the efficiency is low because of the large amount of friction.
human joints are an excellent example. they have a static friction coefficient of .01 μs and a kinectic friction coefficient of .003 μkanother good example would be waxed wood on dry snow (as in a snowboard on a ski slope) this has a static friction coefficient of .04 μsHope this helped!
Satellites in a low orbit, however, are slowed by friction with Earth's atmosphere.
Friction is important for all sports. Without it it becomes really hard to accelerate For example a 100m sprinter. It would be great for him if there wasnt any air resistance (as long as he can breath). But he needs friction on the floor to push himself forward. However friction is less useful in hockey, skiing, and almost all types of boarding(snowboarding, wakeboarding, kneeboarding,
Ice on a flat surface - low friction but not useful for walking safely Greasy surfaces - low friction but not useful for handling objects securely Wet banana peel - low friction but not useful for maintaining balance
Low friction is useful in my life because it allows me to move more freely and easily. For example, low friction on my bike chain helps me ride more efficiently, while low friction on my car tires helps me save fuel. Overall, reduced friction minimizes wear and tear on surfaces, making things last longer.
the examples of the low friction is ice skitting place i thought i can help u out
Three examples of low friction are ice skating on smooth ice, a sled sliding down a snowy hill, and a ball bearing rolling along a hard surface.
Low friction can be useful for reducing wear and tear on machines and improving efficiency in tasks like sliding or rolling. High friction, on the other hand, can be beneficial for providing traction in tires or shoes to prevent slipping and ensure safety in various applications.
Some examples of relatively high friction surfaces are: sand paper, grass, and asphalt. In general, the rougher the surface, the more friction it has.
The absence of friction is useful in situations like ice skating, where low friction allows for smooth gliding. It is also important in space travel, where friction is minimal, enabling spacecraft to move through space without resistance. Additionally, reducing friction in machinery can increase efficiency and reduce wear and tear on components.
Low friction is not useful in situations where strong traction or grip is required, such as in tires of a car or shoes for certain sports. In these cases, friction is necessary to prevent slipping and provide control.
Ice and glass both have very low coefficients of friction because they are very smooth, so it is easier for a substance to glide over them.
You want high friction so that the energy lost to friction is converted to heat energy. The greater the friction, the greater the amount of energy coverted to heat (or sparks). So low friction means you will have to rub your two pieces of wood (or whatever you're using) together for much longer. Good luck!
High friction is helpful for traction. For example getting a vehicle moving, making sure it turns on curves, and stopping. Sanding might be another use of high friction. Low friction is helpful for many other things. For example, back to the car, wheels must turn easily, engine parts must turn. Everything runs better and uses less fuel with low friction. Bearings help with lowering the friction. Moving a heavy container from one side of the room to another might be benefited by low friction. You could either slide it... or perhaps pick it up with a low friction handtruck. Ice skating? As we make things move faster, even the friction of air becomes significant. So people choose aerodynamic (or low friction) shapes.
it is low friction i think