Why is there a slight difference when converting between these two units?

The difference arises because kilocalorie (IT) and calorie (th) are based on distinct calorie standards and use different mass units—kilogram versus gram—which introduces a small conversion factor.

Can I use this conversion for all temperature units?

This converter assumes temperature increments in kelvin and degree Celsius are equivalent, but it may not be accurate for other temperature scales with different intervals.

What applications commonly use this specific heat capacity conversion?

This conversion is frequently used in food thermal process design, HVAC calculations, calorimetry experiments, chemical process engineering, and interpreting legacy thermodynamic data.

How to Convert from Kilocalorie (IT)/kilogram/K to Calorie (th)/gram/°C?

Learn how to transform specific heat capacity values from Kilocalorie (IT) per kilogram per kelvin into Calorie (th) per gram per degree Celsius with this straightforward unit converter tool.

Kilocalorie (IT)/kilogram/K

Calorie (th)/gram/°C

Please check your input. It must be a valid numeric value.

Kilocalorie (IT)/kilogram/K to Calorie (th)/gram/°C Conversion Table

Kilocalorie (IT)/kilogram/K	Calorie (th)/gram/°C

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.

End Value

Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.

Interval

Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.

Kilocalorie (IT)/kilogram/K to Calorie (th)/gram/°C Conversion Table
Kilocalorie (IT)/kilogram/K	Calorie (th)/gram/°C

Explore More Specific Heat Capacity Units Converter

What Is This Tool?

This tool converts specific heat capacity units between kilocalorie (IT) per kilogram per kelvin and calorie (th) per gram per degree Celsius. It helps translate heat energy measurements used in different calorie standards for applications in food technology, HVAC, chemical engineering, and laboratory settings.

How to Use This Tool?

Enter the specific heat capacity value in kilocalorie (IT)/kilogram/K
Select the unit to convert into calorie (th)/gram/°C
Click the convert button to obtain the equivalent value
Use the results to reconcile or integrate data from different calorie-based measurement systems

Key Features

Converts between kilocalorie (IT)/kg/K and calorie (th)/g/°C units of specific heat capacity
Supports integration of legacy calorie-based thermal data with modern measurements
Provides clear conversion using an exact conversion factor
Browser-based and easy to use for a variety of engineering, scientific, and laboratory applications

Examples

Convert 2 kilocalorie (IT)/kilogram/K to calorie (th)/gram/°C results in 2.0013384322 cal_th/g/°C
Convert 0.5 kilocalorie (IT)/kilogram/K to calorie (th)/gram/°C results in 0.50033460805 cal_th/g/°C

Common Use Cases

Thermal process design in food heating, cooling, and pasteurization using legacy kcal/kg·K data
Performing HVAC and building thermal load calculations in regions using calorie-based units
Conducting calorimetry experiments in chemistry and physics laboratories
Converting historical thermodynamic tables or materials data expressed in calorie units
Chemical and process engineering calculations dealing with steam tables or property data

Tips & Best Practices

Ensure the input value corresponds to kilocalorie (IT)/kilogram/K units before converting
Be aware of the small adjustment factor due to different calorie definitions and mass units
Use this tool to cross-verify legacy and current measurement data for consistency
Remember that kelvin and °C temperature increments are treated equivalently in this context
Always double-check calculations involving historical or rounded data due to limitations in precision

Limitations

Small differences exist because of varying calorie standards (International Table vs. thermochemical)
Mass unit differences (kilogram vs. gram) cause minor conversion discrepancies
Equivalent temperature increments in kelvin and °C do not apply if using other temperature scales
Precision may be affected by rounding or context-dependent definition variations in legacy data

Frequently Asked Questions

Why is there a slight difference when converting between these two units?: The difference arises because kilocalorie (IT) and calorie (th) are based on distinct calorie standards and use different mass units—kilogram versus gram—which introduces a small conversion factor.
Can I use this conversion for all temperature units?: This converter assumes temperature increments in kelvin and degree Celsius are equivalent, but it may not be accurate for other temperature scales with different intervals.
What applications commonly use this specific heat capacity conversion?: This conversion is frequently used in food thermal process design, HVAC calculations, calorimetry experiments, chemical process engineering, and interpreting legacy thermodynamic data.

Key Terminology

Kilocalorie (IT)/kilogram/K: A unit expressing the heat energy in International Table kilocalories required to raise the temperature of one kilogram of a substance by one kelvin.
Calorie (th)/gram/°C: A unit of specific heat capacity representing the amount of heat needed to raise the temperature of one gram of substance by one degree Celsius according to the thermochemical calorie.
Specific Heat Capacity: The amount of heat energy required to raise the temperature of a unit mass of a substance by one degree temperature increment.

Quick Knowledge Check

What does kilocalorie (IT)/kilogram/K measure?

Heat energy per kilogram per kelvin

Heat energy per gram per degree Celsius

Temperature difference in kelvin

Which of the following is true about the conversion factor?

1 kilocalorie (IT)/kg/K equals exactly 2 calories (th)/g/°C

1 kilocalorie (IT)/kg/K equals 1.0006692161 calories (th)/g/°C

The units are identical with no conversion needed

Why should care be taken with temperature units in this conversion?

Because kelvin and °C increments differ

Because temperature scales with different intervals affect precision

Because temperature does not affect specific heat capacity

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