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G-forces

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Air resistance and gravitational force

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You see the man getting the least possible air resistance

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Gravity force . (Ski jumping )

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this is ski jumping, if you are in the air there is a gravitational force that pushes you down when you are in the air. Also there is Air Force https://stillmed.olympic.org/media/Images/OlympicOrg/News/1988/02/23/1988-02-23-Ski-Jumping-Men-thumbnail.jpg

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They are jumping in this posistion to get the least air resistance so they will go faster

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bobsleigh: G force and gravitational force, frictional force

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You get gravitational force, if you go up the gravity will pull you down, this is called Gravitational force.
You also get frictional force because when you ski over the ground a little bit of friction will take place.
Air Resistance is also one of the forces because when you jump in the air, the resistance will make you go a little bit slower.
Tension force is also present here because the ski’s bend sometimes so then tension will pull them back in their original position.

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When they jump the gravitational force makes the person go down

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In ski jumping the jumpers fight against gravitational force to float the furthest

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Air resistance, gravitational force, friction with the ice

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G-forces, because of the fast movement and speed, the person is pushed into the ice on the luge track

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In this sport, you have G forces, gravitational forces and Air Force. The g forces you feel when you snowboard down, gravitational forces to be able to go down the mountain and Air Resistance will stop you eventually

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This sport uses gravitational force: it pulls the slider and the sled down. It also uses friction and that Works against gravitational force (speed). It also has G-force, it makes the body feel heavier

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this is a sport called skeleton the forces here are Gforce, Air Force and gravitational as wellhttp://i.dailymail.co.uk/i/pix/2014/01/30/article-2548473-1ADEFCCF00000578-304_634x444.jpg

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In figure skating the male ice skater throws the female ice skater in the air, this is gravitational force.

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The skaters wearing tight suits making them glide through the air faster

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In curling frictional force plays a big big part, you need to minimize the friction between the curling ball (idk how to call it) and the ice.
Air restistance also plays a small part because air resistance will also slow down the curling (ball idk).
Gravitational force also plays a small part in curling because without it, the ball will not stick to the ground ;)

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ice skating has the forces of air forcehttp://www2.pictures.zimbio.com/gi/Sven+Kramer+ISU+World+Single+Distances+Speed+iNEeC65HMXvl.jpg

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The ski jumpers jump like this so that they create a little bit of lift with their body and ski's. They can then jump further. Other forces are air resistance, gravitational force, elastic force on the ski's (when they jump off the ramp you can see that their ski's bend and move up and down) and friction.

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Adhesive strength, because the curling stone needs to move over a surface that doesn’t let it very easily with little force.

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curling uses friction as Forcehttps://timedotcom.files.wordpress.com/2018/02/curling-winter-olympics-2018.jpg

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Frictional force: when you skate over the ice
Air Force: when you move

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This uses G- force. When the ice-skater can feel himself being forced out of a bend.

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Frictional force

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Langlaufen: adhesive strength

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biathlon uses friction, gravitational and air resistance.https://images.olympicchannel.com/media/images/stills/schedule/36/3e52de227dd765a11a1bdcb8fd2fd6fb.jpg

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First the ice hockiers push the stick to the ice and bend it with the friction of the ice. Then they let it go to let the elastic force push puck forwards

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Langlaufen
Adhesive strength

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The last force is the frictional force. Like the normal force, this force is also an interaction between the box and the plane. But this frictional force is parallel to the surface instead of perpendicular. If the block is sliding, we call this kinetic friction. In the most basic model, the magnitude of this frictional force depends on just two things: the types of surfaces interacting (we call this the coefficient of friction) and the magnitude of the normal force. The harder you push two surfaces together, the greater the frictional force

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It is a sport but it just didn’t make it to the Winter Olympics but it uses tension with the dogs and the humans.

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I don’t think there is electritional force because it’s the Olympics so electricity would be considered cheating,

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luge is a sport with the forces of air, g, gravitational and frictional forcehttp://s3.india.com/wp-content/uploads/2017/11/Untitled-116.jpg

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In the clapskate there is a little spring that contracts when it is out

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Air resistance and gravitational force espacially in the turns