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A compression sound wave travels very easily through water.

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The speed of sound is affected by how close the particles are in a material and how far they can move.

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The more closely packed the particles are, the faster the sound waves will travel

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At high temperatures, particles have more kinetic energy and can compress easily.

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The speed of sound depends on the temperature of the material it travels through.

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Convection, particles spread around in a circle motion switches currents  (hot & cold)

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Convection, particles spread around in a circle motion switches currents  (hot & cold)

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The sun reflects the particles onto the ground, reflected onto the clouds and back up

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The sun reflects the particles onto the ground, reflected onto the clouds and back up

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Waves passing a point each second is the frequency

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Sound waves travel as a longitudinal wave

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Semi-Conductors are materials which only become conductors if combined with another

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Semi-Conductors are materials which only become conductors if combined with another

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Insulators don't let electricity pass through them. Things like rubber are insulators

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Insulators don't let electricity pass through them. Things like rubber are insulators

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Conductors let electricity pass through them. Things like copper are conductors

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Conductors let electricity pass through them. Things like copper are conductors

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Measures amps

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Measures volt

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How far an air particle moves

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Made when particles move but are far apart

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Let electricity travel through them

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Made when particles move apart in a longitudinal wave

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Determines whether electricity can travel through that pathway or not by either connecting or disconnecting

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Source of electricity

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Slows down electricity by forcing it bounce on the walls slowing down momentum

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The particles are transferred through different objects 

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The particles are transferred through different objects 

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A source of light, activates when electricity passes through it

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Transferred through convection currents (cool & hot)

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Transferred through convection currents (cool & hot)

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Made when particles in the air flatten toether

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The current stays the same throughout the whole circuit

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The current stays the same throughout the whole circuit

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The current splits up at the different branches

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The current splits up at the different branches

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Sound is made when particles move in a wavelike motion.

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There is a possiblity that the circuit will still continue working through only one branch

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There is a possiblity that the circuit will still continue working through only one branch

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The electricity only goes through one pathway

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The electricity only goes through one pathway

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The electricity splits into multiple branches

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The electricity splits into multiple branches