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From this we must establish the knowledge that FRICTION OPPOSES motion, therefor the skiier will be kept at a certain speed (not super fast). so in saying that, without friction, there is no FORCE stopping you or somewhat restricting you so you would be going at a very fast speed unless you input direct stop force, otherwise there would be no common force in keeping you going at a certain speed. In the end friction will cause an object to stop if the object has lost momentum or is losing mometum, thus deceleration can be seen from this.
therefore friction affects skiing by providing a OPPOSING force which will retrict the overall maximum speed a skiier can reach without the presence of applying manual force.
What else can I help you with?
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.
Can you think of another similar case in which friction might work the same away?
A similar case is the friction between two ice skates and an ice rink. When ice skates glide over the ice, friction between the blades and the ice surface allows the skater to move forward. Just like in the case of a tire on a road, the friction generated between the ice skates and ice helps provide the necessary traction for the skater to maintain balance and control their movement.
What type of friction pushes a skater ahead?
Kinetic friction between the skates and the ice provides the force that pushes the skater ahead. As the skater moves forward, the friction between the skates and the ice creates the necessary push for movement.
Which are the sports in which friction is not useful?
There is not a sport in which friction is not useful. In hockey, for example, there seems to be no need for friction. However, in order to get moving or stand at all, the players rely of the friction between their skates and the ice. The friction between their skates and the ice also creates a thin layer of water while they skate, allowing them to glide over the ice. even chess relies on friction so the pieces do not move off the board.
What type of friction pushes us a skater ahead?
Kinetic friction between the skate blades and the ice pushes the skater ahead. This friction is created when the blades of the skates grip the ice and propel the skater forward as they push off.
Why does roller skates have small wheels?
Small wheels have little rolling friction and helps to move faster in Skates
What Wilt Chamberlain childhood?
he flew with pigs whjile eatin a peanut butter sandwich. his favorite food was cheese. he hated rollar skates.
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.
Can you think of another similar case in which friction might work the same away?
A similar case is the friction between two ice skates and an ice rink. When ice skates glide over the ice, friction between the blades and the ice surface allows the skater to move forward. Just like in the case of a tire on a road, the friction generated between the ice skates and ice helps provide the necessary traction for the skater to maintain balance and control their movement.
What type of friction pushes a skater ahead?
Kinetic friction between the skates and the ice provides the force that pushes the skater ahead. As the skater moves forward, the friction between the skates and the ice creates the necessary push for movement.
What can a person have as an entertainment other than music and movie and games?
Try sports. Edit: Read, sports, buy a basket ball net, a bike, rollar skates, a trampoline or something.
Facts about rollar coasters?
what are 20 important facts on a rollar coasters
What is an ink roller?
roller blades are like shoes with 4 small wheels atached to the bottom like this ----
Which are the sports in which friction is not useful?
There is not a sport in which friction is not useful. In hockey, for example, there seems to be no need for friction. However, in order to get moving or stand at all, the players rely of the friction between their skates and the ice. The friction between their skates and the ice also creates a thin layer of water while they skate, allowing them to glide over the ice. even chess relies on friction so the pieces do not move off the board.
What is coefficient of friction..?
A higher coefficient of friction indicates that two surfaces in contact have a greater resistence. A lower coefficient of friction indicates that the two surfaces in contact have less resistence. Soccer cleats on grass have a greater coefficient of friction than skates on ice.
What is friction coefficient?
A higher coefficient of friction indicates that two surfaces in contact have a greater resistence. A lower coefficient of friction indicates that the two surfaces in contact have less resistence. Soccer cleats on grass have a greater coefficient of friction than skates on ice.
What objects don and rsquot work well because of friction?
Objects like a sled or ice skates rely on low friction to move efficiently. High friction can impede the motion of objects, making it difficult for them to function as intended.
