Specific Heat

1 Kilogram Force Meter/Gram/Kelvin = 2.34 Kilocalorie/Kilogram/Celsius - one Kilogram Force Meter/Gram/Kelvin is equal to 2.34 Kilocalorie/Kilogram/Celsius. Use our free online Kilogram Force Meter/Gram/Kelvin to Kilocalorie/Kilogram/Celsius converter to quickly convert Kilogram Force Meter/Gram/Kelvin to Kilocalorie/Kilogram/Celsius for engineering, science, and everyday calculations. Check the conversion table and get reliable results in seconds.

Kilogram Force Meter/Gram/Kelvin to Kilocalorie/Kilogram/Celsius Converter

BTU/Pound/Celsius

BTU/Pound/Fahrenheit

BTU/Pound/Rankine

BTU/Pound/Celsius [TH]

BTU/Pound/Fahrenheit [TH]

BTU/Pound/Rankine [TH]

Calorie/Gram/Celsius

Calorie/Gram/Kelvin

Calorie/Pound/Fahrenheit

Calorie/Pound/Rankine

Calorie/Ounce/Fahrenheit

Calorie/Ounce/Rankine

Calorie/Gram/Celsius [TH]

Calorie/Gram/Kelvin [TH]

Calorie/Pound/Fahrenheit [TH]

Calorie/Pound/Rankine [TH]

Calorie/Ounce/Fahrenheit [TH]

Calorie/Ounce/Rankine [TH]

CHU/Pound/Celsius

Joule/Gram/Celsius

Joule/Gram/Kelvin

Joule/Kilogram/Celsius

Joule/Kilogram/Kelvin

Joule/Pound/Fahrenheit

Joule/Pound/Rankine

Joule/Ounce/Fahrenheit

Joule/Ounce/Rankine

Kilocalorie per kilogram per degree Celsius is a unit of measurement for specific heat capacity. A material is known to have heat capacity of 1 kcal/kg·°C if heat energy of one kilocalorie is required to raise the temperature of one kilogram of that material by one degree Celsius.

Kilocalorie/Kilogram/Celsius

Kilocalorie/Kilogram/Kelvin

Kilocalorie/Pound/Fahrenheit

Kilocalorie/Pound/Rankine

Kilocalorie/Ounce/Fahrenheit

Kilocalorie/Ounce/Rankine

Kilocalorie/Kilogram/Celsius [TH]

Kilocalorie/Kilogram/Kelvin [TH]

Kilocalorie/Pound/Fahrenheit [TH]

Kilocalorie/Pound/Rankine [TH]

Kilocalorie/Ounce/Fahrenheit [TH]

Kilocalorie/Ounce/Rankine [TH]

Kilogram Force Meter/Gram/Celsius

Kilogram force meter per gram per kelvin is a unit of measurement for specific heat capacity. A material is known to have heat capacity of 1 kgf·m/g·K if heat energy of one kilogram force meter is required to raise the temperature of one gram of that material by one kelvin.