Physics of Ice Skating

The fastest growing sport in America is lacrosse, and in order to play lacrosse, it is important to first understand the physics of the game. Lacrosse players around the world use physics while playing without even thinking about it. With no knowledge of physics, it would be pretty difficult to master the fastest game on two feet. One of the worlds greatest scientist, Isaac Newton, established three laws dealing with physics, and using these laws will make it possible for a lacrosse player to understand what he or she needs to do in order to throw a ball. Newtons first law deals with inertia, his second law deals with the relationship between mass, acceleration and force, and his third law deals with opposite reactions. When talking about lacrosse, it is essential to cover Newton’s first law, his second law, and his third law in order to understand the physics behind throwing a lacrosse ball. .

Skating can be very confusing and you may not know what to start out with or where to get parts from Also skating can be a fun form of exercise and a way to connect with new and old friends.

The movement of the puck depends on a lot of physics, such as friction. “Friction is a force that opposes motion in a particular direction. Friction occurs when the surfaces of two materials come into contact with each other. Since no surface is completely smooth, there will always be a frictional force that opposes motion. The magnitude of this force is

Ice skating, one of which difficult for a lot of people to master just in the matter of a year or so. Most people usually spend their whole lives trying to perfect different techniques to their art. Competitive ice skating usually an elegant dance that is performed in a specific amount of time to be judged on. Sounds easy right? Well easier said than done.

One sunny day, I was speeding around my court with my rollerblades. I went inside to ask my parents if I could go to my friend’s house, and they both replied, “Yes.” Halfway to his house, I tripped, and fell into the thin layer of grass. And this is when I recalled when I first started rollerblading.

Many researchers are interested in the generation of angular momentum during turning dance movements. In a study on the pirouette en dehors, researchers found that skilled dancers generate larger vertical angular momentum as the number of turns increases by predominantly increasing the rate of momentum generation. Angular momentum is generated when the dancer applies a torque about the vertical axis by pushing sideways in opposite directions with both feet. The normal fourth position preparation is ideal for creating this angular momentum as the feet exert equal horizontal forces in opposite directions to produce the twisting effect, or torque (Kim et al., 2014). Thus, the vertical angular momentum is generated from the torque applied by the feet through the foot. In their book,

It was my first time ice skating with my friends Kaushik, Smrithi, and Maniish. It wa so cold because it was an indoor ice skating rink. Since it was my first so I needed a walker. A walker is somthing you hold on to while your ice skating. When I first got on the ice skating I made sure I held on to the walker.

Turning is a major part of a dancers training. Most dancers can spin at least 10 times together. Sometimes some dancers can only turn 3 times. It depends on the strength of the dancers legs and feet. Angular velocity is a way to figure out how fast an object can spin. The rotational axis can vary due to the type of dancer they are. Rotational interia is also an important role in a dancers turns this indicates the interia of the rotations. Interia in general is the tendency of an object to keep doing what it's doing. If a dancer has a large angular momentum it will be a harder for the dancer to slow down and stop spinning.The Torque is a measure of how much a force acts on the dancer for the dancer to rotate.

Have you ever gone outside and you had nothing to do? Well there are two sports you could attempt. The first one is mountain biking ,and this sport is very fun and exciting.

As a student am I am always on time to class and also when I get to class I like to learn right away. Another thing is that I never get into trouble with any teacher. I don’t like to slack off during class or not pay attention. Also I am a student who helps out other students when they need help. Finally, I am a student who likes to likes to do extra work for a class.

After a competitive skater gets off the ice her or his skates are almost filled with snow from jumping and spinning. The skater usually skates as long as possible so after they get off, they don’t have much time to dry off their skates and when she or he doesn't dry his or her skates, the skates will rust. When skates rust they will breakdown faster and will overtime be unsafe to skate on. Therefore parents will have to buy more skates which range between six hundred dollars for the boot and five hundred dollars for the blade. However, now there is a product called Stick, Soak, Stay.

Dance is related to many things such as dogs,songs, ocean etc.. What is dancing? Dancing is a hobby, or an activity that pleases someone. People even do it for entertainment, money. There is so many types of dances like ballet,jazz, kpop, classical, and tap dances. Dancing can even be part of your religion.i am from Nepal and my culture is hindu. So i do classical dances. Dance springs from a human desire for personal expression and social connection. Dance is art that people use to express their feelings and show who they are. Dance can be used in many ways. Almost anyone can dance regarding to their age and ability. The movement of the body shows ideas or feelings that cannot be converted into words.

Snowboarding and skateboarding are both cool, challenging, and competitive sports that both take lots of practice. But which one would you rather do? Most people would get stuck and say they like both. Well, let me help you get unstuck.

We can look at the gravitational pull of the gymnast’s mass to earth and apply some of Newton’s laws of motion to

Players in an offensive mode, with the ball, can use tactics and forms of physics which can bring the defence off there feet, to enable an easy path to the basket. This scenario is called breaking the defenders ankles. Breaking the defenders ankles is a term which relates to the defender being subjected to a large sum of momentum causing an instability in their ankles, consequently giving way. A players momentum can be calc8lated through the use of their mass and final velocity as followed; p=mv, p being the magnitude of the players momentum, m being the players mass, and v being the velocity at which the object or player is travelling. Due to the velocity and momentum being vector, the direction of each determine the final outcome. As the offensive player travels in a particular direction at a velocity, the defender would naturally defend by moving and following in front, guarding the offensive player. As the offensive player has a mass and a directional velocity, the offensive player can switch direction abruptly, causing the defenders momentum to continue in there initial same direction. The basic forms of physcis, such as momentum, can significantly determine an succesful or unsuccefeul defencive or offencive play. Therefore minimizining the risk of the metioned senarios, ankle bracing can be worn to increase the stubility of the defender in