# data[].attributes.body
The robot got blasted into the air and the ground stopped it from moving or bouncing.

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Space rocks moving when the force from Buzz's jet pack pushes them and continue rolling until they hit another rock.

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Buzz kept going in a straight line at the same speed because there was nothing keeping him from stopping.

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When Buzz was reaching the Moon, he couldn't just land immediately because of how fast he came to the surface (an object in stays in motion).

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Buzz gets starts falling, and he continues falling until he hits the ground, so he stays in motion until he is stopped.

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The spikes needed more force to get through the wall, but couldn't because there was not enough force.

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Buzz Lightyear moving through space from the force from his jet pack moving him forward.

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Buzz lightyear fell on the ground and bounced.

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Buzz was only able to fly because something was pushing the other direction.

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-Buzz kept flying in a straight line at the same speed because as he was flying, he did not hit any objects that would ultimately, make him stop his motion.
-Buzz changed his speed as he turned on the force field because that applied force.

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Buzz Lightyear when he's traveling to the planet's atmosphere.

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Buzz starts landing and keep going down until he hits the ground. He didn't stop until he hit the ground.

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Buzz when he is traveling through the planet's atmosphere.

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The spikes almost went through the metal because they were already in motion and couldn't stop immediately.

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Buzz went a specific speed in the jet pack because he had a certain mass, he would have gone slower if he had a bigger mass.

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Buzz kept going in a straight line at a constant speed because he didn't hit the rocks

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Buzz went slower when he was flying with the metal things than when he was flying himself because it was heavier

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When Buzz fell on the ground he bounces back up.

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-Buzz went at a certain speed when he was using his jet pack because he had a certain mass, so the speed would have to be altered according to how much weight there is on there.
-If Buzz had a bigger mass, he would've gone slower at that speed, because the force of the jet pack would not be enough.

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Buzz changed speeds when he turned the forcefield on because it applied force

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Buzz Lightyear flying on the space planet with his jetpacks.

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Buzz stayed in motion when dropping down to Earth until he used his rocket (an unbalanced force to slow down.

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Buzz stayed in motion when dropping down to Earth until he used his rocket (an unbalanced force to slow down.

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Ella Davis

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When Buzz blew the robots up, the pressure form the explosion blew him in the air.

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The spikes will continue moving until they're are stopped by the door.

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When falling to Earth, Buzz slowed himself down by activating his wings, which made his mass larger.  A larger mass requires more force to move, so he slowed down.

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When falling to Earth, Buzz slowed himself down by activating his wings, which made his mass larger.  A larger mass requires more force to move, so he slowed down.

# data[].attributes.body
Ella Davis

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When Buzz blew the robots up, the pressure blew him into the air.

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He changed speed when the force field went on because he applied force

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-As Buzz blew all the robots up, the pressure of the explosion then later, projectiles him into the air.

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When he was flying through the atmosphere you could see how the pressure was pushing it against him

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Buzz acted as a rocket, so when he flew down to Earth, you could see the air getting pushed back.

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Buzz acted as a rocket, so when he flew down to Earth, you could see the air getting pushed back.

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Ella Davis

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When Buzz Lightyear was flying to earth it was and example of the first law of motion,

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when buzz light year flying in the air

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when buzz speeds ups because of his boosters

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When Buzz was flying through the mountains. The jet pack propelled him faster than he could naturally go.

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When Buzz destroyed those evil robots the blast propelled him through the air because of the explosion.

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When
Buzz was running in straight line to General Surge on the platform

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When the spikes were trying to kill buzz light year, the wall stopped the spikes but they still made indents in the wall because they were still in motion.

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When the villain was shooting him, he grabbed the strong circular plate, with a very strong force.

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The rocket on his armpushed him away from the air behind him, pushing him faster.

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An example of Newton's first law of motion is when Buzz Lightyear flies down to Earth in the beginning of the video. He is in motion until he reaches the ground, which is the unbalanced force.

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An example of Newton's second law of motion is when Buzz Lightyear uses his wings that have the engines. The wings makes Buzz accelerate and go faster when flying.

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An example of Newton's third law of motion is when Buzz Lightyear holds up the shield, blocking the balls from hitting him. The balls are the action and the reaction is the balls going back and hitting the bad guy.

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when buzz light year boosters speed up

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when buzz light year is fling down to a planet

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when buzz light yrearfights the bad guys they both shoot and reflect tennis balls

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The rob

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When the explosion hit buzz, his weight propelled him

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The lasers continued to move, even after the gun stopped.

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When you throw a ball at the wall, it will have a equal and opposite reaction and bounce back to you just like you threw it.

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When you throw a ball at the wall, it will have a equal and opposite reaction and bounce back to you just like you threw it.

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If I was to push a 100 lbs dumbell vs a 10 lbs dumbell with the same force, the 10 lb will be faster and easier to push because it has less mass.  

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If I was to push a 100 lbs dumbell vs a 10 lbs dumbell with the same force, the 10 lb will be faster and easier to push because it has less mass.  

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If there is a balll at the top of a hill it will never fall unless i push it. If I push it, it will never stop rolling until it meets another force that will stop it. 

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If there is a balll at the top of a hill it will never fall unless i push it. If I push it, it will never stop rolling until it meets another force that will stop it. 