Two plates in a transform boundary would create an intense amount of friction.
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Two rough surfaces with high friction coefficients would have the highest coefficient of friction. For example, rubber on concrete or sandpaper on wood would typically result in a high coefficient of friction due to the roughness of the surfaces.
You would need high friction between your shoes and the climbing surface to ensure stability and grip while climbing. High friction helps prevent slipping and allows you to push off with confidence, aiding in your ability to ascend and navigate the climbing route safely.
Friction is high on a carpet.
Jill would need high friction on her hands and feet when climbing. This allows her to grip onto rocks or holds securely and prevent slipping. High friction helps her to move effectively and safely while climbing.
they would suddenly shoot forward at extremly high speeds.
Shoes have a higher amount of friction compared to other surfaces. If shoes did not have high friction, then people would be slipping and falling everywhere. I am sure shoe companies do not want this. But some shoes that do have low friction would be a dance shoe or bowling shoes, these are often slideing alot so they have lower amount of friction.
If a slide had high friction, it would not function well as a slide. Things would either slow down during their descent or would stop completely (if the coefficient of friction were sufficiently large).You would either stop in mid slide, burn your bottom,or shred the seat of your pants.
As water in the stream channel flows, it encounters friction; the friction slows the forward movement. The shape,size, and roughness affect the amount of friction. High friction slows the stream significantly.
When skiing, you need low friction to glide smoothly over the snow. High friction would cause you to feel resistance and make it difficult to slide across the surface. A low friction surface allows you to maintain control and move efficiently.
Two surfaces with high coefficients of friction are rubber on concrete and sandpaper on wood. These surfaces have rough textures that increase friction and resistance to sliding.
Example of high friction is a really rough surface like sandpaper.
low friction