Its longer cuz the longer the flatter the incline plane, and on flatter planes, the object presses more than on the shorter ( steeper ones)
Ice skatingIn any electric motor. The friction causes the motor to heat up and waste energy.
Waste thermal energy refers to thermal energy caused by friction. It usually a waste product that results when energy changes form or performs work.
An example: When applying the brakes on a moving car (kinetic energy,) the Brake Pads and Disks heat (thermal energy) from the friction, as do the tires and the road (again, friction. All the Thermal Energy created, is waste or wasted.
1) Friction tends to waste energy.2) The wasted energy gets converted into heat, which may be harmful in some cases - or special measures may have to be taken, to get rid of such waste heat.
well friction is almost the essential component in a car. You have friction everywhere. You have friction in your engine, your brakes, your transmission, and on your tires. Friction helps you move and stop. Most cars today waste the energy made from friction but some hybrids use all of these frictions to charge their battery to start the car over and over again, or help it down the road.
Its longer cuz the longer the flatter the incline plane, and on flatter planes, the object presses more than on the shorter ( steeper ones)
im not that sure it could be longer or it could be shorter i think it would be shorter because ads waste alout of time?? it would normaly be about 50 mins but without about 30mins
Ice skatingIn any electric motor. The friction causes the motor to heat up and waste energy.
waste but i save the water by cutting of when brushing my teeth, taking shorter showers, etc...
Waste thermal energy refers to thermal energy caused by friction. It usually a waste product that results when energy changes form or performs work.
Cars,planes,etc those can be some things the produce waste and that are non living.
All energy ultimately ends up as heat, thus, all physical processes' ultimate 'waste' products is heat Friction always creates heat, and an increase in friction always creates an increase in (waste) heat...remember Second Law of Thermodynamics, right? Thus: Friction increase increases heat; increases waste and thereby decreases efficiency, without even considering the damage that the increased heat can create
An example: When applying the brakes on a moving car (kinetic energy,) the Brake Pads and Disks heat (thermal energy) from the friction, as do the tires and the road (again, friction. All the Thermal Energy created, is waste or wasted.
1) Friction tends to waste energy.2) The wasted energy gets converted into heat, which may be harmful in some cases - or special measures may have to be taken, to get rid of such waste heat.
Poo-poo and Pee-pee are pumped out of the holding tanks by ground personnel.
In several cases, friction can be a real nuisance, mainly because it wastes energy. Thus, in many engines, where there are moving parts, you'll want to decrease friction to waste less energy.
well friction is almost the essential component in a car. You have friction everywhere. You have friction in your engine, your brakes, your transmission, and on your tires. Friction helps you move and stop. Most cars today waste the energy made from friction but some hybrids use all of these frictions to charge their battery to start the car over and over again, or help it down the road.