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  1. The vacuum between the two layers cannot conduct heat.
  2. The silvering on the inside reflects heat back to the contents.
  3. The stopper prevents heat loss by convection.
  4. The stopper is made of poor thermal conductors.
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7y ago

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How can the structure of the vacuum flask minimise energy transfer by conduction convection and radiation?

The structure of a vacuum flask minimizes energy transfer by conduction, convection, and radiation by having a double-walled design with a vacuum layer between the walls. This vacuum layer acts as an insulator, reducing heat transfer through conduction and convection. Additionally, the reflective surface on the inner wall minimizes radiation heat transfer.


True or false radiation is the only method of energy transfer that can take place in a vacuum?

False. While radiation is one method of energy transfer that can occur in a vacuum, conduction and convection are two other methods of energy transfer that do not require a medium and can also occur in a vacuum.


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No, heat energy cannot be stored in a vacuum because vacuum is an absence of matter that could hold or transfer heat. Heat needs matter to transfer through conduction, convection, or radiation. In a vacuum, there is no medium for heat transfer to occur.


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In a perfect vacuum, electromagnetic waves do not transfer energy. This is because there are no particles or medium for the waves to interact with, leading to no energy transfer.


Which type of thermal energy transfer can occur in empty space or a vacuum?

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Which kind of energy transfer can occur in a vacuum?

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