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Is one energy store more important than another?

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- principles of energy stores
- some vague ideas on the applications each energy store can have (e.g. nuclear energy stores: nuclear power plants, EPE stores: elastic bands etc.)

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- how thermal energy is used in our daily life
- how different energy stores can be applied differently to make our lives easier
- how different energy stores can interact with each other and be transferred

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I have learned about gravitational energy in elementary school. And thermal energy in 9th-grade chemistry.

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Now I have learned about how real-life examples work, and how they are related to energy stores. Additionally, I learned about nuclear and chemical energy stores.

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Do we have homework on Wednesday?

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That i know the use of eletric in our life

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thermal energy
elastic potential energy
electric energy

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Nuclear energy, how does it relate to our daily life except from nuclear power station and x ray?

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A very little bit of them, but when the professional knowledge connects to my daily life, it's awesome.

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Why is stretch yourself so easy?

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Nuclear
Heat Thermal
Chemical potential energy

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Honestly I knew most informations, including how interactions between atoms creates thermal energy and other energy applications in our life.

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Thermal Energy
Gravitational potential energy
Nuclear energy

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I learned multiple applications of energy in daily life, including how batteries are related to chemical energy and how stoves are related to thermal energy. I also learned about the details of how magnetic resonance imaging works.