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Newton's first law states that a body in motion will remain in that same motion unless acted upon by a force. If a mass is sliding on the ice it exerts a force down upon the ice. There is a frictional force is the one that acts to slow the mass down, and it is equal to a coefficient of the frictional surfaces X the downward force upon the surface. While ice, especially smooth ice will contribute to a small coefficient of friction as opposed to concrete or wood the effect is there. This frictional force of ice exists and will act to slow down the object. The heavier the object the faster it will be able to be slowed down. And the substance of the object contributes to the coefficient too. All according to the laws of Newton.
It should also be mentioned that the coefficient of friction between the ice and the object depends of lots of things besides the smooth ice, such as the material that is moving the ice, the temperature of both ice and the moving object, any surface films such as water or oil etc.
What else can I help you with?
How much friction would an ice skater make?
An ice skater would make very little friction on ice due to the low coefficient of friction between the ice and the blades of the skates. This allows the skater to glide smoothly across the ice with minimal resistance.
Why will an ice skater eventually stop moving?
An ice skater will eventually stop moving due to friction between their skates and the ice surface. This generates heat, causing the ice to melt slightly and create a thin layer of water. The skater then glides on this water layer, which significantly increases friction and eventually slows them down.
When is friction not so useful?
When you drive a car and stop it is because of friction you stopped. If there was no friction your car won't stop and will slide. Friction also helps with waking, if there was no friction with every step you take you would slip. Friction lets your foot stay in one spot while you move the other foot. Ice has no friction so it is hard to walk on and hard to brake on (if driving a car.)
What kind of friction is ice skate?
Ice skates experience kinetic friction when in contact with the ice. This type of friction occurs when two surfaces are sliding against each other. Kinetic friction helps provide the necessary grip for ice skating.
Does ice has a higher coefficient of friction than rubber does?
Rubber has more friction than an ice cube. Ice has almost no friction what so ever.
What is an example of friction on an object?
Let us go for an answer that you may not have thought of shall we? If you were skating on ice and you built up speed then stopped skating, eventually you would stop. Why? because ice has friction though very little. This friction works on the friction on the blades of your skates bringing you to a stop.
How much friction would an ice skater make?
An ice skater would make very little friction on ice due to the low coefficient of friction between the ice and the blades of the skates. This allows the skater to glide smoothly across the ice with minimal resistance.
What make friction?
usually when you rub on to something it creates heat so that makes friction. Ice has no friction because it slips
Why will an ice skater eventually stop moving?
An ice skater will eventually stop moving due to friction between their skates and the ice surface. This generates heat, causing the ice to melt slightly and create a thin layer of water. The skater then glides on this water layer, which significantly increases friction and eventually slows them down.
What forces make a train stop at a station?
Friction
Why does it take longer for cars to stop on pavement covered in ice then pavement that is dry?
WHY!It is because the ice makes the friction between the tires and the pavementgreater.
my kenmore side by side stop make ice 10656544400?
my kenmore side by side stop make ice 10656544400
Why does it take a car longer to stop on ice?
This is due to friction. Friction acts between the car tires and the surface. On a normal road the friction would be greater than on ice.
What role does friction play in hockey?
Because friction is a force acting against the forward motion of the puck, friction is going to play a role in slowing down the puck as it glides across the ice. The friction is not going to be great enough to stop it instantly, but if not touched by another stick for some time it will come to a stop.
What role friction plays in hockey?
Because friction is a force acting against the forward motion of the puck, friction is going to play a role in slowing down the puck as it glides across the ice. The friction is not going to be great enough to stop it instantly, but if not touched by another stick for some time it will come to a stop.
When is friction not so useful?
When you drive a car and stop it is because of friction you stopped. If there was no friction your car won't stop and will slide. Friction also helps with waking, if there was no friction with every step you take you would slip. Friction lets your foot stay in one spot while you move the other foot. Ice has no friction so it is hard to walk on and hard to brake on (if driving a car.)
How is friction transferred from one place to another?
Friction is basically everywhere, but if there is a object in front of that it will automatically slow you down. Ex.when you are on an ice skating rink nothing can stop you because there is no friction at all. But when you are on a football field the object (grass) is in front of the friction it would slow you down more than it would when you are on an ice skating rink.
