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Jasmine, Javier, Michael, Sincere

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Isabella, Joshua, Kevin, Richard

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Anahi, Esmeralda, Liliana, Luz

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Anthony, Anthony, Maria, Madison

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Carlos, Lizbeth, Luis

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Melanie, Ron, Santiago

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Forces and motion make things move and stay still, and that motion is movemnet that needs force to act upon it.

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Forces and motion make things move and stay still, and that motion is movemnet that needs force to act upon it.

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pushing and pulling is an example of a force.

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u=mgh
U= (mass) (gravitational field) (height)

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1) Planets travel in elliptical orbits with the Sun at one focus.
2) The speed of a planet depends on its distance from the Sun. (When a planet is closer to the Sun it will go faster. When it is away (farther), then the planet will be slower.
3) The further a planet is away from the Sun, the longer its orbit.

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Kinetic Energy is a property of a moving object or particle and depends on its motion but also in its mass.

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Kinetic Energy is a property of a moving object or particle and depends on its motion but also in its mass.

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1.)An object will not change it's motion unless a force acts upon it.

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An object tends to have the most kinetic energy when It's movement is the greatest 

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An object tends to have the most kinetic energy when It's movement is the greatest 

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When an object is stopped the kinetic energy will turn into another form of energy

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When an object is stopped the kinetic energy will turn into another form of energy

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1) forces at a distance are forces that result even when the two interacting objects are not in physical contact with eachother yet exert a push or pull despite their physical separation.

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is energy that an object has stored

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1) They describe the orbits of planets around the sun or stars around a galaxy in classical mechanics.
2) Speed depends on how far the sun is

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if a moving object slows down its potential energy increases and if it speeds up its potential energy decreases

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if a moving object slows down its potential energy increases and if it speeds up its potential energy decreases

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K=1/2*mv^2

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normal force
applied force
frictional force
tension force
spring force
resisting force

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3) For every action there is an equal and opposite reaction

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Examples of kinetic energy is someone running , a person snowboarding , someone riding a motorcycle

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Examples of kinetic energy is someone running , a person snowboarding , someone riding a motorcycle

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2)The acceleration of an object is directly related to the net force and inversely related to its mass.

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the most common forces we experience that act on a distance are magnetism ,electrical charges ,and gravity 

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the most common forces we experience that act on a distance are magnetism ,electrical charges ,and gravity 

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distance forces also include gravitational forces 

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distance forces also include gravitational forces 