🌡️ Temperature Converter
Convert between different temperature scales instantly. From Celsius to Fahrenheit, Kelvin to Celsius, our comprehensive temperature converter handles all major temperature units with precision. Perfect for cooking, scientific calculations, weather analysis, and everyday temperature conversions.
🚀 Quick Conversions
🌡️ Common Temperature Points
🎯 Conversion Results
Enter a temperature to see conversions
📊 Temperature Scale Reference
❄️ Freezing Points
- • Water: 0°C = 32°F = 273.15 K
- • Mercury: -39°C = -38°F = 234 K
- • Alcohol: -114°C = -173°F = 159 K
- • Nitrogen: -196°C = -321°F = 77 K
🔥 Boiling Points
- • Water: 100°C = 212°F = 373 K
- • Alcohol: 78°C = 172°F = 351 K
- • Iron: 2862°C = 5184°F = 3135 K
- • Gold: 2856°C = 5173°F = 3129 K
How to Use the Temperature Converter
📝 Step-by-Step Guide
- Enter the temperature value you want to convert
- Select the temperature scale you're converting from
- View instant conversions to all other temperature scales
- Use quick buttons for common temperature conversions
- Try common temperature points for reference
⚡ Quick Tips
- Results update automatically as you type
- Supports negative temperatures and decimals
- Common temperature references included
- All conversions are mathematically precise
- Works with scientific and everyday temperatures
🌡️ Supported Temperature Scales
🌍 Celsius (°C)
- • Most widely used worldwide
- • Water freezes at 0°C
- • Water boils at 100°C
- • Used in science and daily life
🇺🇸 Fahrenheit (°F)
- • Primarily used in United States
- • Water freezes at 32°F
- • Water boils at 212°F
- • Common in weather and cooking
🔬 Kelvin (K)
- • Scientific absolute temperature
- • Starts from absolute zero
- • No negative values possible
- • Used in physics and chemistry
⚙️ Rankine (°R)
- • Absolute scale using Fahrenheit
- • Used in engineering
- • Starts from absolute zero
- • Primarily in United States
📐 Réaumur (°Ré)
- • Historical European scale
- • Water freezes at 0°Ré
- • Water boils at 80°Ré
- • Rarely used today
🔄 Common Temperature Conversions
🏠 Everyday Temperatures
🔬 Scientific References
🌡️ Real-World Applications
👨🍳 Cooking & Baking
- • Convert oven temperatures between °C and °F
- • International recipe adaptations
- • Food safety temperature guidelines
- • Candy making and confectionery
- • Brewing and fermentation temperatures
🌤️ Weather & Climate
- • International weather reports
- • Travel temperature planning
- • Climate data analysis
- • Agricultural planning
- • HVAC system settings
🔬 Scientific Research
- • Laboratory experiment conditions
- • Physics and chemistry calculations
- • Material science applications
- • Astronomical temperature scales
- • Medical and biological research
🏭 Industrial Applications
- • Manufacturing process control
- • Quality control specifications
- • Safety protocol temperatures
- • Equipment operating ranges
- • Energy efficiency calculations
📚 Understanding Temperature Measurement
Temperature measurement represents one of humanity's most fundamental scientific achievements, enabling everything from cooking and weather prediction to advanced scientific research. Different temperature scales evolved for various purposes, each with unique advantages and applications in modern life.
Celsius, developed by Anders Celsius in 1742, provides an intuitive scale where water freezes at 0° and boils at 100° under standard atmospheric pressure. This decimal-based system aligns perfectly with the metric system, making it the global standard for scientific work and everyday use in most countries.
Fahrenheit, created by Daniel Gabriel Fahrenheit in 1724, remains primarily used in the United States. Its finer gradations (180 degrees between water's freezing and boiling points versus 100 in Celsius) can provide more precise measurements without decimals, which some find advantageous for weather reporting and cooking.
Kelvin, the absolute temperature scale, starts from absolute zero (-273.15°C), the theoretical point where all molecular motion ceases. Used extensively in scientific calculations, Kelvin eliminates negative values and provides direct proportionality between temperature and kinetic energy, making it essential for physics and chemistry.
Understanding these temperature scales and their relationships enables effective communication across different regions, scientific disciplines, and practical applications. Our temperature converter ensures accurate conversions between all major scales, supporting everything from international recipe sharing to advanced scientific research and industrial processes.
🎯 Why Use Our Temperature Converter?
⚡ Mathematical Precision
Get exact temperature conversions with full decimal precision. Perfect for scientific calculations, cooking, and any application requiring accurate temperature values.
🌐 Universal Coverage
Supports all major temperature scales including Celsius, Fahrenheit, Kelvin, Rankine, and Réaumur. Handle any conversion need worldwide.
🚀 Instant Results
Real-time conversions as you type, with quick reference buttons for common temperatures and conversion patterns.
📱 Always Accessible
Works on all devices without downloads. Perfect for international travel, scientific work, cooking, and everyday temperature needs.