Specific Heat Capacity Converter

Convert between different specific heat capacity units including J/(kg·K), cal/(g·°C), and BTU/(lb·°F).

Specific Heat Capacity Converter
ready
$ convert --from [unit] --to [unit] --value [number]
$
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formulas.ts

// Common Specific Heat Capacity Converter Formulas

1constQ = mcΔT (heat = mass × specific heat × temperature change)
2const1 cal/(g·°C) = 4186.8 J/(kg·K)
3constWater: 4186 J/(kg·K)
references.json

// Common Specific Heat Capacity Converter References

{
"Water":"4186 J/(kg·K)",
"Air":"1005 J/(kg·K)",
"Iron":"449 J/(kg·K)",
"Aluminum":"897 J/(kg·K)"
}
README.md

## What is Specific Heat Capacity Conversion?

Specific heat capacity measures how much energy is needed to raise a material temperature by one degree. It is fundamental to thermodynamics, HVAC design, and cooking science. Our converter handles SI and imperial units.

units.ts

// Common Specific Heat Units Explained

export const J/(kg·K)

// The SI unit of specific heat capacity. Water has about 4186 J/(kg·K), the highest of common substances.

export const cal/(g·°C)

// CGS unit. Water is defined as exactly 1 cal/(g·°C). Convenient for chemistry calculations.

export const BTU/(lb·°F)

// Imperial unit used in HVAC. Numerically equal to cal/(g·°C) for historical reasons.

i

When to Use This Converter

Our specific heat converter is valuable for HVAC engineers designing heating systems, materials scientists comparing materials, chefs understanding cooking physics, and students studying thermodynamics.

FAQ.md

## Frequently Asked Questions

01 ### Q: Why does water have high specific heat?

/**

Hydrogen bonds between water molecules require significant energy to break. This makes water excellent for temperature regulation and thermal storage.

*/

02 ### Q: How do I calculate heating energy?

/**

Energy = Mass × Specific Heat × Temperature Change. For example, heating 1 kg water by 10°C requires 41,860 joules.

*/