Is it feasible to add temperatures?

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In summary, temperature cannot be added between two different bodies. According to Newton's law of cooling, heat will flow from the hotter body to the cooler body until they reach the same temperature. Temperature is a measure of the heat in a body, but it is not the same as energy. Therefore, adding temperatures does not create more temperature, but rather causes heat to transfer between bodies.
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KOUSIK
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Can we add temperatures of two different bodies and create more temperature?
 
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KOUSIK said:
Can we add temperatures of two different bodies and create more temperature?
No, temperature does not add, The hotter object would get cooler and the cooler object would get hotter.
 
  • #3
Strictly speaking one cannot "create temperature" anyway. Temperature is a measure of the heat in a body. You can "create heat" or add heat to any object. However, "Newton's law of cooling" says that if two objects, of different temperatures are placed together, heat will flow from the hatter to the cooler body until they have the same temperature.
 
  • #4
HallsofIvy said:
Strictly speaking one cannot "create temperature" anyway. Temperature is a measure of the heat in a body. You can "create heat" or add heat to any object. However, "Newton's law of cooling" says that if two objects, of different temperatures are placed together, heat will flow from the hatter to the cooler body until they have the same temperature.

If by the 'heat in a body' you are referring to energy (it sounds like it since you refer to adding heat) then temperature is not a measure of 'heat'
A white hot spark contains less 'heat' than a cup of hot water. Temperature and energy are different things.
 

Related to Is it feasible to add temperatures?

1. Is it possible to add temperatures to a system?

Yes, it is possible to add temperatures to a system. Temperature is a physical quantity that can be measured and added to a system to determine its thermal state.

2. How do you add temperatures to a system?

To add temperatures to a system, you can use a temperature measuring device such as a thermometer or a temperature sensor. These devices will measure the temperature of the system and provide a numerical value that can be added to the system.

3. What are the benefits of adding temperatures to a system?

Adding temperatures to a system can provide valuable information about the thermal state of the system. This information can be used to monitor and control the system, as well as identify any potential issues or inefficiencies.

4. Are there any limitations to adding temperatures to a system?

There can be limitations to adding temperatures to a system, depending on the specific system and its components. For example, some materials may not be able to withstand high temperatures, so adding temperatures beyond a certain point may not be feasible.

5. Can adding temperatures to a system affect its overall performance?

In most cases, adding temperatures to a system will not significantly affect its overall performance. However, in some systems where precise temperature control is critical, any fluctuations or changes in temperature can have a significant impact on performance. Therefore, it is important to carefully consider the effects of adding temperatures to a system and ensure proper temperature management.

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