♨️ BTU/(lb·°F) to kcal/(kg·°C) — BTU/(Pound·°F) to Kilocalorie/(Kilogram·°C) Converter

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

1 unit =
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Formula 1 BTU/(lb·°F) = 1 kcal/(kg·°C)
All BTU/(Pound·°F) conversions
UnitNameValue
J/(kg·K) Joule/(Kilogram·Kelvin) 4186.8
kJ/(kg·K) Kilojoule/(Kilogram·Kelvin) 4.1868
cal/(g·°C) Calorie/(Gram·°C) 1
kcal/(kg·°C) Kilocalorie/(Kilogram·°C) 1
Related Specific Heat conversions
J/(kg·K) → BTU/(lb·°F) BTU/(lb·°F) → J/(kg·K) kJ/(kg·K) → BTU/(lb·°F)

How to convert BTU/(Pound·°F) to Kilocalorie/(Kilogram·°C)

Multiply the number of BTU/(Pound·°F)s by 1 to get Kilocalorie/(Kilogram·°C)s. Formula: kcal/(kg·°C) = BTU/(lb·°F) × 1. Example: 10 BTU/(lb·°F) × 1 = 10 kcal/(kg·°C). To reverse, divide Kilocalorie/(Kilogram·°C)s by 1 to get BTU/(Pound·°F)s.

Worked examples

Example 1
1 BTU/(lb·°F) × 1 = 1 kcal/(kg·°C)
1 BTU/(Pound·°F) equals 1 Kilocalorie/(Kilogram·°C).
Example 2
5 BTU/(lb·°F) × 1 = 5 kcal/(kg·°C)
5 BTU/(Pound·°F) equals 5 Kilocalorie/(Kilogram·°C).
Example 3
10 BTU/(lb·°F) × 1 = 10 kcal/(kg·°C)
10 BTU/(Pound·°F) equals 10 Kilocalorie/(Kilogram·°C).
Example 4 — reverse
1 kcal/(kg·°C) = 1 BTU/(lb·°F)
To convert back from Kilocalorie/(Kilogram·°C) to BTU/(Pound·°F), divide by 1 or use the swap button above.

BTU/(Pound·°F) to Kilocalorie/(Kilogram·°C) — reference table

BTU/(Pound·°F) (BTU/(lb·°F))Kilocalorie/(Kilogram·°C) (kcal/(kg·°C))
0.001 BTU/(lb·°F)0.001 kcal/(kg·°C)
0.01 BTU/(lb·°F)0.01 kcal/(kg·°C)
0.1 BTU/(lb·°F)0.1 kcal/(kg·°C)
0.5 BTU/(lb·°F)0.5 kcal/(kg·°C)
1 BTU/(lb·°F)1 kcal/(kg·°C)
2 BTU/(lb·°F)2 kcal/(kg·°C)
5 BTU/(lb·°F)5 kcal/(kg·°C)
10 BTU/(lb·°F)10 kcal/(kg·°C)
20 BTU/(lb·°F)20 kcal/(kg·°C)
50 BTU/(lb·°F)50 kcal/(kg·°C)
100 BTU/(lb·°F)100 kcal/(kg·°C)
250 BTU/(lb·°F)250 kcal/(kg·°C)
500 BTU/(lb·°F)500 kcal/(kg·°C)
1000 BTU/(lb·°F)1000 kcal/(kg·°C)
10000 BTU/(lb·°F)10000 kcal/(kg·°C)

Quick conversion tips

1
Multiply by 1

To convert BTU/(Pound·°F) to Kilocalorie/(Kilogram·°C), multiply by 1. Example: 10 BTU/(lb·°F) = 10 kcal/(kg·°C)

2
Reverse: divide by 1

To convert Kilocalorie/(Kilogram·°C) back to BTU/(Pound·°F), divide by 1 (multiply by 1). Use the swap button above.

3
Round number check

Start with 100 BTU/(Pound·°F)s = 100 kcal/(kg·°C) as your reference point. Scale up or down from there.

All BTU/(Pound·°F) conversions

Reverse conversion

kcal/(kg·°C) → BTU/(lb·°F)

Convert BTU/(Pound·°F) to all other units

BTU/(lb·°F) → J/(kg·K) BTU/(lb·°F) → kJ/(kg·K) BTU/(lb·°F) → cal/(g·°C) BTU/(lb·°F) → kcal/(kg·°C)

Related tools

All Specific Heat ConverterScientific Calculator

Frequently asked questions

1 BTU/(Pound·°F) equals 1 Kilocalorie/(Kilogram·°C)s. Multiply any BTU/(Pound·°F) value by 1 to get Kilocalorie/(Kilogram·°C)s.
10 BTU/(Pound·°F)s equals 10 Kilocalorie/(Kilogram·°C)s. (10 × 1 = 10)
100 BTU/(Pound·°F)s equals 100 Kilocalorie/(Kilogram·°C)s. (100 × 1 = 100)
Divide Kilocalorie/(Kilogram·°C) by 1 to get BTU/(Pound·°F)s. Or multiply by 1. Use the swap button on the converter above for instant reverse conversion.
Formula: kcal/(kg·°C) = BTU/(lb·°F) × 1. Example: 5 BTU/(lb·°F) × 1 = 5 kcal/(kg·°C).
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About BTU/(Pound·°F) and Kilocalorie/(Kilogram·°C)

BTU/(Pound·°F) (BTU/(lb·°F))

The BTU/(Pound·°F) is a unit of Specific Heat measurement (symbol: BTU/(lb·°F)). 1 BTU/(lb·°F) = 1 kcal/(kg·°C). Used in scientific and practical Specific Heat measurement applications.

Kilocalorie/(Kilogram·°C) (kcal/(kg·°C))

The Kilocalorie/(Kilogram·°C) is a unit of Specific Heat measurement (symbol: kcal/(kg·°C)). It is part of an internationally recognised measurement system used alongside the BTU/(Pound·°F).

History & origin

Both the BTU/(Pound·°F) and Kilocalorie/(Kilogram·°C) developed through the standardisation of Specific Heat measurement. Converting between them is a common requirement in science, engineering, and everyday applications where different measurement systems are used.

Common use: BTU/(Pound·°F) to Kilocalorie/(Kilogram·°C) conversion is needed when working with international standards, scientific publications, or reference materials that use different unit systems for Specific Heat measurement.