It will remain stationary if it is stationary, and it will remain in uniform motion if it is in motion.
Remain stationary.
(just like Hammermill)
The object will continue moving on its current course. ********Contributed by Czar Acumen*************************
The object will not acceleration. The object's velocity will not change. For example, if it was at rest to start with, then it will remain at rest.
Continue along a straight line with uniform velocity.
"remain motionless".
Yes this is inertia
The objects will not accelerate.
You require friction in order to walk.
Without friction - climbing a rope would be impossible !
Yes, your foot needs contact with the ground to walk, because it pushes itself off of the ground. With no friction, your foot could not stay on the ground to push off. It's similar to walking on ice except... impossible.
Without friction it would be impossible to stand, you would instantly fall down flat. Without friction it would be impossible to crawl. Without friction the only way it would be possible to move would be by using thruster jets, as they do on spaceships.
Machine without any friction is an ideal machine so an ideal machine cannot have friction.
NO friction
The ball rolled to a stop because the opposing force of friction stopped the ball. If the floor had been frictionless, it would have continued without stopping or even slowing.
You require friction in order to walk.
Walking would not be impossible, but it would be likened to trying to walk on ice. Friction opposes movement, which can also be translated into traction. The more friction, the more of an opposing force the object will feel. Since ice has no friction, slipping and sliding is a problem to deal with. But since the majority of ground material on Earth has some type of friction, the opposing force that it provides also allows the feet to remain firmly planted on the ground rather than slipping out from underneath.
Without friction - climbing a rope would be impossible !
The fact that you can walk without sliding is an example of friction.
Galileo did not discover Saturn. It was know of by the ancients. It can be seen at certain time without the aid of instruments.
the friction is between the tyres of cycle and the road surface. Without friction movement is impossible.
Yes, your foot needs contact with the ground to walk, because it pushes itself off of the ground. With no friction, your foot could not stay on the ground to push off. It's similar to walking on ice except... impossible.
The weapon was not designed to be fired without the friction rings. You risk damaging it if you fire it without them.
friction is importent cause without it you can play baseball
Without friction, objects would have no resistance, therefor loose no energy as a result. For example, without friction a ball could roll up and down a half-pipe continusily without loosing hight.