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an object that easily allows the transfer of heat energy
(copper, metal)

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the transfer of heat energy in liquids and gases
(boiling water)

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it shows that you can not create or destroy energy , only transform it

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a conductor is a object that transmits heat very well
examples: copper, metal

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convection when hot air rises then it cools down and sinks down and warms up are rises thus creating a convection current
example: a pot cooking on the stove

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it says that energy cannot be created nor destroyed only transformed

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a conductor is something that transfers heat easily. An example is copper

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JMS: A conductor is something that allows energy to pass with ease. For example: Metal and copper

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JMS: A conductor is something that allows energy to pass with ease. For example: Metal and copper

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convection is when hot are rises and cool and sinks an example is a pot of boiling water

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a conductor allows easy transfer of heat and example is copper and aluminum

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Any material that can transfer heat very well. ex: copper pots/pans,  aluminum, gold, and silver.

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Any material that can transfer heat very well. ex: copper pots/pans,  aluminum, gold, and silver.

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Convection is the rise of hot gases/water, and the sinking of cool gases/water, also known as the TRANSFER of heat energy.

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it says that energy cannot be created nor destroyed only transformed

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energy can not be created or destroyed but it can be transformed

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Convection is when hot are rises and the cold sinks down and a example is a boiling pot

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JMS: Convection is something that is heated by heat energy. For example, heating water on a pot

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JMS: Convection is something that is heated by heat energy. For example, heating water on a pot

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a conductor is a material that makes or transfers energy. EX: copper, metal, wires

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An object that transfers heat. Example- Metal, copper.

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Convection is the rise of hot gases/water, and the sinking of cool gases/water, also known as the TRANSFER of heat energy.

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JMS: It describes how energy cannot be created nor destroyed only transformed.

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JMS: It describes how energy cannot be created nor destroyed only transformed.

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A conductor conducts heat some examples are metal,copper, and iron. They are usually touching.

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an object that transfers heat easily ex. glass, metal

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an object that transfers heat easily ex. glass, metal

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It describes that energy can not be created nor destroyed but can be transformed

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when heat comes in indirect contact ex. cake in a oven

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when heat comes in indirect contact ex. cake in a oven

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Hot air rises cold air sinks.

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hot air rises and cool air sinks

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A conductor is a thing that transfers heat. An example would be metal, copper, glass

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A conductor is a thing that transfers heat. An example would be metal, copper, glass

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usually touches

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An object that transfers heat ex: copper

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Convection is

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energy cannot be destroyed or created, it can only be transformed

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energy cannot be destroyed or created, it can only be transformed

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allow energy to pass through it easily

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"  energy can neither be created nor destroyed; rather, it can only be transformed from one form to another. "

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it states that energy can not be created nor destroyed.

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prevent energy from passing through

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Hot Air Rises Cool Air Sinks

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Convection is when hot air rises and cool air sinks.  When you heating up a pot on the stove , the bubbles come up and down

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energy cant be made or destroyed, but it can be trasfured

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Energy cannot be created or destroyed but can be transformed.

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An object that transfers heat by direct contact. Some examples of conductors are copper, iron, and glass

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energy cannot be created or destroyed but it can be transformed

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energy cant be made or destroyed but transfromed

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energy cant be made or destroyed but transfromed