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The front of the car is blunt, making it easier to 'cut' through air, thus reducing friction. For a bicycle, since it is very thin and angular, its shape (and the tires') makes it easier for air to glide over the bicycle, thus reducing friction.
Friction is the force that makes it difficult to push an object along many surfaces.
i think its kinetic. kinetic comes from the greek word kinema which means basically "moving" so if the object is moving, it only makes sense that the friction is kinetic
Friction is the force that slows objects down. Especially when combined with another force, such as gravity. When you have low friction, such as on ice, you slow down much slower than when you have high friction, such as on a road.
this makes a job easier because you can see which object weighs more or less your welcome happy to help :)
Makes it easier to tighten the filter by hand by reducing friction.
Cartilage is the lubricant that reduces the friction caused by two bones rubbing together and therefore makes bone movement easier. I believe that answers your question, but i do not fully understand the question itself. yes i don't either but it would hurt very badly. Cartilage makes it easier to move
The front of the car is blunt, making it easier to 'cut' through air, thus reducing friction. For a bicycle, since it is very thin and angular, its shape (and the tires') makes it easier for air to glide over the bicycle, thus reducing friction.
friction
A machine makes work easier by reducing force and increasing distance.
By increasing productivity and reducing the force, a machine makes work easier. They also last longer than people and do not require pay.
friction
the relationship between them is that the machines have friction that makes the machine goes
Friction requires that forces be greater to move an object, but friction also makes it possible for an object to stop moving without an external applied force. Remember, friction ALWAYS opposes motion.
something that stops and object from movementexample:there is friction on the road . when the road is slippery your car eventually has to stop and what makes you car stop is friction.
Work equals force times distance. In reality, you don't decrease the force by the same proportion that you increase the distance because of friction. In English, you need less power (work per unit of time) to complete the task, but it takes more work (energy) because of more distance of friction.
I think you may be thinking of a lever.