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Sliding friction is present when turning, because the surface of the snowboard moves along the ground, creating friction. During the turn, the person slows down, because more of the board is in contact with the ground and the friction is affecting it.

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Newton’s Third Law is present by the snowboarder’s jump. The snowboarder jumps, which is an action reaction pair. The snowboarder pushes on the ground, and the ground, in an equal and opposite reaction, pushes back on the snowboarder and lifts them off the ground. Then, gravity exerts a force on the snowboarder, bringing them back to the ground, but the ground then exerts an equal and opposite reaction by pushing them back up, allowing them to glide along the surface.

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Watch from 0:02- 0:04

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The person is pushing on the ground to get their snowboard in motion. The force they are applying depends on the acceleration, how fast the person is speeding up, and their mass, which affects the force because they are pushing the board into the ground. This shows Newton’s 2nd Law of Motion because pushing your snowboard with one foot is applying force, and the other factors play in, which is what Newton’s 2nd Law describes.

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Watch from 5:02 - 5:18

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How To Push (Ride With One Foot) On A Snowboard

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The person is turning, and to overcome the inertia due to their mass, the person must apply a proper amount of force. The person also slows down when turning because of the unbalanced force known as friction, but when moving straight, the person moves at a constant velocity because the snow has less friction when smooth and the forces are balanced.

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Watch from 0:32-0:44

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Newton’s Third Law of Motion states that for every action or force inflicted by one object, there is an equal but opposite force or action, a balanced force that creates a net force of zero. Unbalanced forces also create equal and opposite reactions, but the net force would not be zero.

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Newton's Second Law of Motion Definition

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Newton's Second Law of Motion Definition

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Newton’s Second Law of Motion states that the amount of force applied to an object depends on the rate of acceleration and the mass.

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Newton’s First Law of Motion states that objects in motion continue that way at a constant velocity, and an object at rest continues that way unless acted on by an unbalanced force, like friction. The more mass, the more inertia, which resists this change.