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lol last one posted here

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1. If you throw a object in space, it will keep floating until it hit something.
2.  Some elevators have a sign saying that only a certain amount of people can use it at a time, because they have maximum acceleration and force.

3. If you jump from the diving board, you push down the springboard causing it to fling upwards.

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1. If a car hits another car, the car stops but the people keep moving forward. It is because the outside force is only applied to the car, not the person inside the car.
2. There is 2 swings, one with a fat guy and one with a small girl. If you applied the same force to each swing, the little girl would swing high while the fat guy would not swing as far as the kid because it has more mass than the little kid.
3. Basketball bounces upward because it first go down and the basketball court gives the force in the opposite way to balance properly.

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1. If you push a sofa, you must put a lot of force to it so it can move because sofas are heavy and hard to be moved.

2. When rolling a circular water bottle on the ground and eventually it will stop because of the amount force added from the person that rolls the bottle to the circular water bottle itself.
3. When you are skating a skateboard, you are pushing the skateboard downwards because of your mass. When you are pushing the skateboard to the ground is the action force and when the skateboard is pushing on you is the reaction force.

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1. JOIN the URL                          2. Cite 3 real life situations that show Newton's Laws of Motion.

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1. JOIN the URL                          2. Cite 3 real life situations that show Newton's Laws of Motion.

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3. Create a PPT presentation, showing the figure of the situation and explanation on how it is related to the Laws.
4. Attach related videos.
5. Explain your presentation.

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1.  When kicking a soccer ball to the air, the ball will keep on moving until friction and gravity acts on the ball and stops it from moving

2. If we throw a small dart to the air, it would be easier to throw it  than throwing a larger dart to the air because the larger dart has a larger mass compared to the small dart which means that we need to apply more force when throwing the big dart than throwing a small dart to the air and it is easier for the small dart to accelerate due to its small mass.

3.  When firing a gun (action force), the gun exerts force to the bullet to fire it. It causes the gun to move back while taking us along with it which is also known as recoil.

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1.Bowling ball
2.
3. Newton's third law of motion:
Hot air ballon's air pushing down to the ground and flying up to the sky.

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1. Once we throw a ball, until gravity acts on it , it will never stop.

2. It is easier to push an empty shopping cart than a full one, because the full shopping cart has more mass than the empty one. This means that more force is required to push the full shopping cart.

3. When air rushes out from a balloon, the opposite reaction is that the balloon flies up.

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1.When throwing a baseball, the baseball will continue moving until gravity acts on it.

2. When we throw a pebble to the water it will accelerate in the air and if we also try throwing a bigger rock to the water with the same force it has lower acceleration because the bigger rock has more mass and the pebble has less mass so it is easier for the pebble to have a higher acceleration.

3.When we jump on a trampoline, we put force on the trampoline and we bounce off from it because the trampoline has a reaction force.

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1.  IF YOU SLIDE A HOCKEY ON ICE, EVENTUALLY IT WILL STOP, BECAUSE OF THE FRICTION ON ICE.
2. If you use the same force to push a truck and a car, it is easier to push car because the car has less mass.
3.during the rowing of a boat, the boatman pushes the water backwards with the oars. The water exerts equal and opposite push on the boat which makes the boat move forward.

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1. If you throw a object in space, it will keep floating until it hit something.
2. If you
3. If you jump from the diving board, you push down the springboard causing it to fling upwards.