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Overview         (For age - group : Above 16 )

This science software explains through animation the concept of thermal equilibrium. A system is said to be in thermal equilibrium when the macroscopic properties of it constituents cease to change with time. The law of that deals with this thermodynamics phenomenon is called Zeroth's law.

Product - Animation
  Size/Duration Subscribe Preview / Trailer
Size (KB) 461 US$ 6.25    1.25 Rs.98.75
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Subscription Days = 30 Watch a preview (opens in separate window)
Duration (hr:min:sec) 0:40:0
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Watch a free preview of this science  and technology animation
                                                                    

Category : Science
Type : Animation
Animation Type : Advanced

Total animation length
: 40 minutes

  • Thermal equilibrium
  • What is temperature?
  • What is heat?
  • How heat transfer and temperature are related?
  • How can one determine the equilibrium temperature of a system?
  • Condition for thermal equilibrium
  • Zeroth law of thermodynamics
  • How can we determine whether two given bodies are in thermal equilibrium?
  • Explanatory notes

Snapshots         

Zeroth's law of thermal equilibrium - experiment for caliberation of thermometer

Zeroth's law of thermal equilibrium - experiment for caliberation of thermometer

Highly detailed animated experiment of hot coffee and ice mixture for demonstration of thermal equilibrium

Highly detailed animated experiment of hot coffee and ice mixture for demonstration of thermal equilibrium

Two block experiment for determining the equilibrium temperature.

Two block experiment for determining the equilibrium temperature.
Details of the animation/ movie /software

This science animation answers the following questions in detail:

  1. What is thermal equilibrium? - Animation of hot coffee kept open to air.
  2. What is temperature? Misinterpreted as heat - animation hot and cold water experiment
  3. What is heat? Misinterpreted as energy - animation of iron rod and its atoms
  4. Various heat transfer mechanisms to approach thermal equilibrium:
    - Conduction, Convection, Radiation, Evaporation
  5. How heat transfer and temperature are related? - Highly detailed animated experiment of hot coffee and ice mixture - force, displacement, work, energy transfer and thermal equilibrium states shown between molecules of ice and coffee.
  6. How can one determine the equilibrium temperature of a system?
  7. Condition for thermal equilibrium- Animated numerical examples for heat gained = heat lost balance equation
    • Coffee and ice
    • Copper glass and hot water
  8. Zeroth law of thermodynamics animated experiment
  9. How can we determine whether two given bodies are in thermal equilibrium?
  10. Discover through explanatory notes:
    • How was the concept of temperature and thermometer developed?
    • Principles behind a thermometer
    • Can heat flow from cooler region to hotter region?

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