by slaiding friction increase
In a fluid, the force of friction tends to increase when the speed increases. The exact relationship, however, is far from simple.
Friction can be increased by reducing the speed of the moving object. Friction can also be increased by increasing the weight of the moving object.
because the forces creating the friction are rub faster(harder).
You can increase the friction by increasing the roughness of the surface you are working on. Reduce the speed of the moving object, or increase the weight of the body you are working on. Increase the surface area of contact.
by slaiding friction increase
I would expect some increase in temperature to result from forcing water to move faster, since the faster moving water will have more friction with whatever channel or pipe it is moving in, and will have more turbulence which creates waste heat. But the increase in temperature could be very small.
In a fluid, the force of friction tends to increase when the speed increases. The exact relationship, however, is far from simple.
Friction can be increased by reducing the speed of the moving object. Friction can also be increased by increasing the weight of the moving object.
because the forces creating the friction are rub faster(harder).
With any moving fluid, there will be a little bit of friction, which would increase temperature. But the heat could be dissipated to the surroundings just as fast as the friction is generating the heat, depending on the type of fluid, speed, and configuration of the pipe. For your question - the faster the flow, the more friction and therefore heat.
Friction is independent of speed once an object is moving since faster does not mean more friction.
Because the friction of molicules rubbing other molicules.
No, the force of friction always acts in the direction opposite to that of the motions.
yes, because when you heat up the magma the molecules start moving faster which means it will be more fluid"ish." Kind of like an internal friction.
You can increase the friction by increasing the roughness of the surface you are working on. Reduce the speed of the moving object, or increase the weight of the body you are working on. Increase the surface area of contact.
Impossible. Any moving object would become infinitely faster, and gravity would be infinitely stronger. Friction keeps the tectonic plates from moving any faster. This would be impossible to imagine, even for the most scientific minds.