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Difference between revisions of "Thermal Energy Store"

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| style="height:20px; width:200px; text-align:center;" |The water in this hot tub is colder than both the sparkler and embers, but it has the most '''thermal energy''' because it has the most [[mass]].
 
| style="height:20px; width:200px; text-align:center;" |The water in this hot tub is colder than both the sparkler and embers, but it has the most '''thermal energy''' because it has the most [[mass]].
 
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==Key Stage 4==
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===Meaning===
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The [[Thermal Energy Store]] is the [[Energy Store|energy store]] associated with an [[object]]s [[temperature]] which is itself due to the random motion of [[particle]]s within an [[object]].
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===About the Thermal Energy Store===
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: '''Thermal Energy''' linked to the [[Kinetic Energy Store|kinetic energy]] of the randomly moving [[particle]]s inside an [[object]].
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: The '''thermal energy store''' of an [[object]] is related to three [[property|properties]] of the [[object]]:
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*The [[mass]] of the [[object]].
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*The [[temperature]] of the [[object]].
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*The [[Specific Heat Capacity|specific heat capacity]] of the [[material]] which the [[object]] is made from.

Revision as of 15:13, 29 January 2019

Key Stage 3

Meaning

The higher the temperature the more the particles vibrate and faster they move in the material storing energy.

The Thermal Energy Store is the Energy Store associated with the temperature of an object.

About The Thermal Energy Store

The hotter an object the more energy in the thermal energy store.
The more mass an object has the more energy in its thermal energy store.
Different materials can store different amounts of energy at the same temperature.
An object has more energy in the thermal energy store when it is a higher temperature.
ThermometerLowTemp.png
ThermometerHighTemp.png
An object with more mass can store more thermal energy.
Object1.png
Object2.png
A kilogram of water can store more energy in the thermal store than a kilogram of gold.
Water.png
GoldNugget.png

Examples

Sparkler.png
Embers.png
HotTub.png
The sparkler is at the highest temperature but it has the least thermal energy because it has so little mass. These embers are much colder than a sparkler but have much more mass so they have more thermal energy. The water in this hot tub is colder than both the sparkler and embers, but it has the most thermal energy because it has the most mass.

Key Stage 4

Meaning

The Thermal Energy Store is the energy store associated with an objects temperature which is itself due to the random motion of particles within an object.

About the Thermal Energy Store

Thermal Energy linked to the kinetic energy of the randomly moving particles inside an object.
The thermal energy store of an object is related to three properties of the object: