frictional

In other words, the frictional force is independent of the speed.

One would sense the beginnings of frictional heat but no more.

Frictional effects may sometimes be important, but usually they are neglected.

Political and/or economic power create frictional resistance to the natural flow of love.

"But the fact is that there wouldn't have been enough frictional heat to do the job."

But even those are influenced by thermal and frictional forces.

A very small amount of frictional energy would still be dissipated.

So what way is the frictional force acting on the bottom of the ladder?

So there must be a frictional force here, pulling the bottom of the ladder in.

In this case, the frictional force may depend strongly on the area of contact.

Second, there is the frictional force due to the viscosity of the water.

In reality, this situation does not exist, since we have ignored frictional effects.

"That frictional idea might not be a bad one.

Earthquakes only exist because there is a very large loss in frictional strength.

Most elementary physics books will have an entire chapter on frictional forces.

This tight fit results in a large frictional force.

Frictional contact mechanics is concerned with a large range of different scales.

This does cause frictional shear stresses in the contact area.

Frictional unemployment occurs when a worker moves from one job to another.

However, the frictional losses must be accounted for in smaller blood vessels.

Drag is the second type of frictional force acting on a skier.

There are so few particles in deep space that frictional heating is pretty much zero.

To help envision this consider a case where the frictional forces are minimized.

A value of 1 means the frictional force is equal to the normal force.

This one here, for example, has raised ridges which provide extra frictional stimulation going in and out.