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This GIF is representing all Newtons laws of motion. First, it represents the first law: an object at rest will remain at rest unless an external force acts upon it. In this case, the nail is at rest and when the hammer hits it, the nail moves and is no longer at rest. The second law: acceleration is dependent on the net force acting upon the object and the mass of the object is being shown. This is clearly being represented because the acceleration the hammer provides upon the nail is dependent of the mass and the force the hammer has on the nail. If more force is applied, the nail will go down faster, and if the more mass of the hammer, the nail's acceleration will also increase. Finally, the third law: for every action there is an equal and opposite reaction is also being represented. This is shown because the hammer will have a reaction when it hits the nail, in the same way the nail has a reaction when the hammer hits it. For example, the nail bounces down, and the hammer will also bounce back up.

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This GIF represents the three Laws of Newton. The first law is “An object at rest will remain at rest and an object in motion will maintain a constant velocity unless acted upon an external force.” In the video it is clearly shown that the two people that were sitting at rest would have always remind at rest if the person with that hat hadn't pushed them.

The second law “States that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object.” The second law is reflected in this GIF, it tells us exactly how much an object will accelerate for a given net force, an example of this is when the guy pushing both in the swings. By pushing the left person, with the same force than the right, it would tend to accelerate more than the right since the person has more mass.

The third law is “Newton's Third Law is an equation, for every force one-two, there exists an equal but opposite force two one, where both forces are vectors./For every action there is an equal and opposite reaction.” The third law is shown since the swing exerting an equal and opposite reaction after being pushed.

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This video shows  the three laws of Newton. The first one is presented when the car keep moving after hitting the other car. The second law appears when the car falls again into the floor due to gravity (acceleration), which is determined by the mass and force of the car. Finally, the third law is presented because the cars at rest at the beginning are pushin the ground and the ground is pushing them back. Also, when the car at rest gets hit by the other car it changes and moves.

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Captan choque y 'vuelo' de vehículo sobre autos en San Pedro | Nuevo León

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Newton's three laws of motion can be seen in this GIF. The first law of motion is shown because the basketballs are not moving until the player grabs them and shoots them. The second law of motion is present because the acceleration of the balls is determined by the force exerted by the player and by the mass of the balls. The third law of motion also appears because the backboard pushes the ball back with an equal amount of force.

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Shooting Shoot Your Shot GIF - Find & Share on GIPHY

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Discover & share this Animated GIF with everyone you know. GIPHY is how you search, share, discover, and create GIFs.

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https://c.tenor.com/MXyt4I8xUbQAAAAC/coyote-fail.gif
This GIF starts with the third Law of Motion where an action has a reaction when the coyote throws a rock which causes the board to lean towards the opposite side. Then, the first law of motion (inertia) takes place where the coyote is still but his own weight makes him slide through the board. Lastly, we can appreciate the second Law of Motion (mass and acceleration) where he falls due to gravity (acceleration) and his own mass.

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Newton's three laws are present in this GIF of a guy kicking a soccer ball. For example, the first law is present when the ball is resting(no force applied, therefore resting), when it is kicked(force applied by kicker, therefore moving), when air resistance & gravity is slowing it down(external forces acting upon the ball, therefore reducing velocity), and when the bar stops it(external force stops moving ball). The second law is present when the acceleration is determined by the mass of the ball and the force of the kick. The third law is present when the ball is resting, as it is exerting the same force to the ground as the ground is to the ball, when it is kicked, as the kicker receives the same amount of force as the ball receives, etc.

https://tenor.com/es/ver/soccer-ball-kick-goal-post-bounce-off-miss-sv2-gif-14340088

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This GIF shows the first law because the wall is the unbalanced force that is stopping the motion of the person and the car. Then it represents the second law because the tires are stopping the car, and the force has a direct effect on the acceleration since it is slowing the car down. Lastly, the third law because the car is pushing onto the wall, but the wall is pushing onto the car, hence why the person is going backwards because of the force of the wall.

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Title: Crash Test Iihs GIF - Crash Test Iihs Dummy - Discover & Share GIFs