π₯
Thermodynamics Calculator
Master heat & energy physics in 3 minutes! Calculate ideal gas laws, heat engines, and entropy like an engineer!
π€ What Is Thermodynamics?
Think of your morning coffee cooling down - that's thermodynamics in action!
Thermodynamics is how heat and energy move and change in everything around us.
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Car Engines
Power from fuel
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Refrigerators
Keeping food fresh
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Power Plants
Electricity generation
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Solar Panels
Energy from sun
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Heat Pumps
Home heating/cooling
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Rocket Engines
Space exploration
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Ideal Gas
π₯
Heat Transfer
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Heat Engine
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Entropy
π§
Phase Change
β‘ Ideal Gas Law Calculator (PV = nRT)
π Results
Calculated Value:
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Gas Constant (R):
8.314 J/(molΒ·K)
Molecular Speed:
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π₯ Heat Transfer Calculator (Q = mcΞT)
π Results
Heat Transferred (Q):
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Energy in kWh:
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Time to Heat (1kW):
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βοΈ Carnot Engine Calculator
π Engine Performance
Carnot Efficiency:
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Work Output:
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Heat Rejected:
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π Entropy Calculator
π Entropy Analysis
Entropy Change (ΞS):
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Process Type:
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π§ Phase Change Calculator
π Phase Change Energy
Energy Required:
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Latent Heat:
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Time (1kW heater):
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π Quick Examples
π
Balloon
1 atm, 2L, 25Β°C
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Boiling Water
1kg, 20β100Β°C
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Car Engine
600K hot, 300K cold
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Ice Melting
100g iceβwater
βοΈ Advanced Options
Enable real gas behavior
π§ͺ Expert Mode
Enable molecular calculations
Include secure corrections
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Explore real thermodynamics labs, power plants, and science centers worldwide
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