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This is a soccer ball AT REST.

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A tennis ball and a tennis bat.

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A ball at rest.

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object at rest

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A ball at rest

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water is falling

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its at rest on the ground

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A american football in rest

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A ball in motion

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It was hit but will stop once it reaches the hole

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the object is at rest

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its at rest and stay motion

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The object stay in motion

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Basketball at rest

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A force acting on a ball to start motion

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the object is at rest

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the object is in motion

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This is a bouncy ball at rest on the ground

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This is a bouncy ball at rest on the ground

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An object at rest staying at rest.

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a stick staying in motion

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Water bottle tipped over by Hans

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the object is going to an unbalance force

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A ball that's just resting and the planet.

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object being stopped by an unbalanced force

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a brick wall stopped the ball from moving

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A baseball in motion.

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An object in motion will stay in motion.

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An object in motion will stay in motion.

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A force acting upon an object (to start or stop its motion

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A basketball getting forced to bounce off a basketball hoop.

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A water bottle at rest because nothing is using its force to move it. 

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A water bottle at rest because nothing is using its force to move it. 

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roller skates pushed by wind

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This is an object that will stay at rest forever and not move once.

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An object in motion will stay in motion 

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In this drawing, there is a girl who was standing without any force. Until, she started doing cartwheels over, and over. As Isaac Newton said: "An object in motion will stay in motion."

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This object is at rest because it is not moving

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a object at rest because it is not moving 

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a object at rest because it is not moving 

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This object is at rest because it is not moving

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this hand sanitizer is staying at rest because it is not being acted on by another force

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this hand sanitizer is staying at rest because nothing is moving it

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staying in motion like walking, biking, moving a wagon, or the waves.  

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staying in motion like walking, biking, moving a wagon, or the waves.  

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I tested (3) objects and as you can see the smallest object accelerated the quickest.

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I tested (3) objects and as you can see the smallest object accelerated the quickest.

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gerardo as diego luna as dora noah as swiper

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we tested 3 objects all different mass and the cube went the farthest. SWIPER NO SWIPING! ok bye

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NEWTON'S 2nd LAW! :)

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credits: Speaker:Megan, Launcher: Kaniel, Camera people: Alexa and Gisselle.

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Hey, we tested Newtons 3rd Law of motion with a balloon the way this showed the 3rd law by the air pushing one way and the balloon wanting to go the opposite way. SWIPER NO SWIPING! ok bye!

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Vianey, Aliyah, Cyniya, Aryelle, Tatiana.

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Vianey, Aliyah, Cyniya, Aryelle, Tatiana.

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This show Newton's third law by the ballon going one way throw the air, one way and pushing air the other way this is an equal and opposite force in motion.

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Newton's 3rd law is for every force there's an equal and opposite force.

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the balloon force pulls upfront and back but the gravity makes the balloon go on the floor.

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force
push/pull
balloon
equal, opposite
inflate/deflate
inflated/deflated

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Newton's 3rd law Natalia, Brianna, Nathan, Caleb

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Newton's 3rd law Natalia, Brianna, Nathan, Caleb

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The balloon was facing the map and the air was facing the opposite direction of the balloon. The air had a force called air resistance that was strong and the balloon hit the map and fell flat on the ground, that means the had an equal force.

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there was a force in gravity and force

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I tested newtons 3rd law of motion with a pink balloon.

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when you put oxygen in the balloon it gets bigger then when you let go it starts flying because the force is acting on the small mass then once it stops gravity pulls it down.

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the ballon did not move around the room but if it did the air would be pushing it and gravity would pull it down

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I tested Newton 3rd law and I saw the pressure from the balloon is pushing the air out and its just like how the air is being pulled out. I also was able to see the ballon was going it the direction it was being pushed in.

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This showed Newtons third law by when the balloon lets the air go the force of the air made it go backwards and up

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Everything is explained in the video and sorry that you couldn't hear me that well and sorry for the ballon pops. Other than that this experiment was so much fun can't wait for the next one!!!

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This showed newtons third law because the force of the air which was unbalanced pushed the balloon away, and the more air the balloon had the faster the balloon moved.

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I tested newtons 3rd law of motion with a balloon and the force started when i let go when i let go the ballon started going in all directions because it had little mass.

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With the air that we put in that balloon makes it gets pulled at the same way that the oxygen/air moves. The forces acted upon the balloon are the air are pushes, because it isn't pulling it, it looks more like a push and a pull.

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Franco deleted my video so thats why i put this.

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my way of showing newton's 3rd law was a balloon by inflanting

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The ballon has an equal force and an opposite. There is so many directions it is going it is going up, down, backwards, foward, left, and right. It was pulling it and getting push.

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Newton's third law:There was a force and gravity for the Balloon

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So as you can see while i was blowing the ballon it was expanding and when i let go, the force acted on the ballon was when the force of the air inside the ballon made the ballon fly, and it was a pull and push in the same time.

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This is me testing newtons 3rd law. I thought it would go up on the air but it didn't the ballon was not fully blown.

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Franco deleted my video so put this.

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This is a video Im testing newtons 3rd law!
When I let the ballon go and the ballon went in the air blowing out air the force was letting it go everywhere. thank you for watching my video!