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Remember, Newton's third law states that for every action, there is an equal but opposite reaction.

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Remember, Newton's third law states that for every action, there is an equal but opposite reaction.

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Now, respond to the following question: What patterns exist between all forces that you apply to objects or systems of objects? Provide your claim and an example to support your thinking.

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Something that persists between all interactions with objects, is that they will push back with the amount of force you applied. Though, the object will only take as much force as it can take, and after the forces become too strong to push back, the object will give out.

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A pattern that exists between all objects is that they will react or reflect the amount of newtons you put on them. For example, if you put 50 newtons of force on a wall, it'll put back 50 newtons on you. But eventually that object will break if someone puts enough force onto it. It ranges from applied force, to tension and so on.

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A pattern that exists between all objects that have a force applied is that every object will move until stopped by another force. For example, if you push a a skateboard, it will go forward based on how hard you push it. It eventually stops because of a different force, like friction or air resistance.

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A pattern that exists between all objects is that the object you put force on will put the same amount of force. For example, if you land on a trampoline, you apply force to it and it will apply force back at you which makes you propel upwards. Another example is pulling on a rubber band. If you let go on one hand, the band will come back and hit you. The more newtons you use to pull, the more force it gives back and the harder it hits.

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A pattern that exists between all objects is that if you apply a force, then it will apply the same force back. For example, if you shove a wall with 25 newtons of force, then it will put back 25 newtons of force (I don't know why you would shove a wall). However, this is to a limit. If you shove a lego tower with 50 newtons of force, the lego tower isn't going to push back with 50 newtons of force. It's going to fall over. In conclusion, if you apply a force, then it will apply the same force back.

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A pattern that exists between all forces you apply on an object is how all objects will reflect the same amount of newtons or force you apply. If you kick a wall (Why would you kick a wall) at 100 newtons you will hurt your foot. Why? By kicking that wall it will apply 100 newtons back at you causing your foot to feel pain. If the wall never applied those newtons back at your foot, then you would not feel pain. If enough force is applied, lets say 500 newtons, however, it would break the wall due to the wall's inability to apply to reflect those 500 newtons. This is the law for all objects and all forces because without this then there would be no feeling of impact, and nothing stopping you from breaking that wall or falling through solid ground.

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There is a pattern that exists between all forces that you apply to objects. When you apply a force on an object, it will apply the same force back, but in the opposite direction. For example, if you drop a ball, the ball will push against the floor. The ball bounces because the floor pushes the equal amount of force back in the opposite direction.

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A pattern that exists between all forces when force is applied to objects, is that every object pushes back with equal and opposite force. Like when you push on a wall with 10 newtons, the wall pushes back with 10 newtons in reaction to your force. Each object has a limit to how many newtons can be applied to it before it moves or breaks.

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A pattern that exists between all forces that you apply is that there will be an equal and opposite reaction. This is Newton's third law of motion. For example, if you jump off a small ledge instead of landing and being instantly balanced, your knees bend and regain balance. This is because your knees/joints are taking in the force the ground pushed back at you. The higher you jump/more force you jump with the more your knees will bend.

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A pattern that exists between every object is that when a force is applied that object will react with the same amount of force that was applied. One example of this is pressing a pen on a table to push the point out. When you push it on the table it does not just pass through the table, instead, it reacts with the same amount of force and pushes back causing the pen to click.

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A pattern that exists between all forces is Newton's third law of motion. This law describes how when one object applies an amount of force on another, this second object will apply the same amount of force in the opposite direction. For example, you could apply 40 newton of force to a door, and the door will apply the same amount of force back at you.

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A pattern that exists between all objects is that when force is applied to them, they will push back an equal force. When you push on a desk nothing happens because that desk is pushing the same force to you and matching it. This is Newtons Third law of motion, which says that "every action has an equal and opposite reaction."

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One of the patterns that exists between all forces that you apply to objects or systems of objects is that the same amount of force will be pushed back by the object the initial force was applied to. There always is some sort of response in return of that force. For example, if you were to push a table with 20 newtons of force, 20 newtons of force would be applied back at you.

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A pattern that exists between all objects is that if you apply a force, it will apply the same amount of force in the opposite direction. For example, if you lean against a wall then it will support you by applying a force equal to yours. But if someone were to apply enough force to an object, it will eventually give out.

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A pattern among all forces applied to objects is that they will exert an opposite force against it, with the same amount of Newtons as the original force. This remains true regardless of the amount of Newtons in the force or the direction of the force.

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A pattern that exists between all forces that you apply to objects or systems of objects is when two objects interact they apply force to one another that are equal in magnitude and opposite in direction. This is Newton's third law. An example of this is when you press your hand to a table and it pushes back just as hard. If it didn't, your hand would go straight through.

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A pattern that exists between all forces that you apply to objects, is that when you apply a force on an object, the object pushes back the same amount of force until it can't withstand it anymore. For example, when you sit on a chair, the force the floor is pushing up is the same amount of you sitting on the chair. That is why you don't fall through the floor.

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A pattern that exists between all forces is that all solid objects such as a wall, will exert the same amount of force that is put into it. So for example, if you were leaning against the a wall with 100 newtons of force then the wall would be pushing back 100 newtons of force back onto you. This is newtons 3rd law of motion

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A pattern that exists between all objects or systems of objects is that, according to Newton's third law of motion, when an object applies force on another object the second object will apply force that is the same strength as the first object, except it will go in the opposite direction. One example would be, a tennis ball. When you throw a tennis ball, instead of it falling through the floor, the floor applies the same amount of force back into the ball causing it to bounce.

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A pattern existing between all forces applied and systems of objects can be exampled in many ways. When you push on a wall, the wall pushes that same force back at you, balancing the forces and creating no movement. When you push a skateboard, it has no force pushing back at you, so it will into a positive and negative acceleration. You will have to apply force on both sides of the push to stall its motion.

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A pattern that is universal to all objects is that when force is applied to an object there will be a reaction force, equal to the one applied but opposite in direction. As an example, if you jump on a trampoline, the force exerted onto the net(springs, more specifically) will have its opposite, equal reaction and contract, pushing you back upwards.

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A pattern that exists between all forces is that when you apply a certain amount of force to another object the same amount of force would be applied back. This is called Newton's third law. For example, when you jump, your legs apply a force to the ground, and the ground applies and equal and opposite reaction force that propels you into the air.

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A pattern that exists between all forces that you apply to objects or system of objects is the effect of two equal forces going in opposite directions, balancing out each others force until going past a net zero, creating unbalanced forces. For instance, when a helium balloon is up and floating, it's exerting enough force outwards which causes other forces such as air resistance to push it back with just as much force generally upwards, causing it to float. After a while, the balloon will lose this balance of force between the atmosphere and begin to sink due to a lack of air in the balloon as well as gravity's pull.

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A pattern that exists between all forces when force is applied to an objects, an equal opposite force will push back. This is Newton's Third Law. For example, when you try to push a wall with 200 Newtons of force, at that instant, 200 Newtons of force will be pushed back at you. When you apply a force, at that instant, the same force will apply back at you.

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A pattern that exists between all forces is you apply it to an object is that if you apply an amount of newtons to it, it will reflect it back. Like if you throw a tennis ball at the ground with 100 newtons of force it will bounce back with 100 newtons.

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A pattern that exists between all forces that applies to objects or systems of objects is Newton's Third Law. It states that any object that has force applied to it will repel or have an equal and opposite force (in the opposite direction). For example, a table. If the table did not exert a force opposite and equal to the force applied to it, the table would give no resistance and that object could move through it.

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A pattern that exist between objects and conflicting forces is when an object has a force it has an equal and opposite force. One example is when a ball hits a wall if it has 50 newtons of force when it bounces off the wall it will have exactly 50 newtons of force.

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A pattern exists between all forces that you apply to objects or systems of objects. If there is force applied on an object, it will have an equal or opposite reaction. For example, if you were to throw a ball at a wall that you were facing, it would bounce back to you. The reason it bounces back is because the wall has an impact depending on the amount of Newtons it has and it will push the same amount of force back but in the opposite direction.

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A pattern that exists between all objects that have a force applied is that every object will move until stopped by another force. For example, if you ride a skateboard, it will keep going for a while depending on how hard you push and the amount of friction or air resistance etc. It will start to slow down because of a different force (friction and air resistance).

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The patterns that exist between all objects is that if you put an x amount of force on it then the same amount of force is given back. It is like a mirror reflecting the same, back. For example, if you pushed on a wall with 50 newtons of force. Then the equal amount of 50 newtons will be pushed back towards you.

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A pattern existing between all the forces applied and systems of objects is Newtons Third Law. An example of that is when you push on a wall the wall is going to push the same amount of force back at you. This creates a balence between the two forces creating no movement. Another example is when you jump, your legs apply a certain amount of force onto the group. The ground then applies the same amount of force that causes you to go up in the air.