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Specific Heat Capacity Calculator

Calculate Specific Heat Capacity Parameters
Select Answer Mode
Heat Transferred (Q) [?]
Total Mass (m) [?]
Temperature Change (ΔT) [?]
Specific Heat Capacity (cm) [?]

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Change the answer mode for this tool by selecting heat transferred (Q), total mass (m), temperature change (ΔT) or specific heat capacity (cm) as the parameter to calculate instead



Temperature sensor products
  • Sea water temperature probe and display for depth to 100 metres
  • SDI-12 interface, 2 bar absolute, submersible water level sensor
  • Aquaculture submersible freshwater level & temperature transmitter
  • Marine aquaculture submersible seawater level & temperature transmitter

Request info on temperature sensor products for your application.

Contents

  • Related Tools
  • User Guide
    • Formulas
      • Symbols
    • Pressure Loss (ΔP)
    • Total Mass (m)
    • Temperature Change (ΔT)
    • Specific Heat Capacity (cm)

Related Tools

  • Specific heat capacity units conversion
  • Heat units conversion
  • Mass units conversion
  • Temperature difference units conversion

User Guide

This tool will calculate any parameter from the formula for the specific heat capacity of a substance, which includes  the amount of heat transferred from or to it, its total mass, the change in temperature, and its specific heat capacity.

Formulas

The formulas used by this specific heat capacity calculator to determine each individual parameter are:

Q = m · cm · ΔT

m = Q / (cm · ΔT)

ΔT = Q / (m · cm)

cm  = Q / (m · ΔT)

Symbols

  • Q = Heat energy transferred
  • m = Total mass
  • ΔT = Temperature difference
  • cm = Specific heat capacity

Pressure Loss (ΔP)

This is the total heat or thermal energy transferred to or from a substance.

Total Mass (m)

This is the total mass of the substance.

Temperature Change (ΔT)

This is the total change in temperature of the substance caused by the transfer of heat.

Specific Heat Capacity (cm)

Specific heat capacity (c, cp, cs, cm) is a measure of how much heat energy is required to be transferred to or from a solid, liquid or gas, in order to cause one unit of its mass, to change by one unit of temperature.

Temperature measurement products
  • 32…95°F Temperature Range Sensor with 4-20mA Current Output Signal Transmitter
  • Intrinsically safe version of LEO Record Ex logger for recording pressure up to 300 bar & temperature up to 40degC
  • 40T48 Digital Readout with Alarm Relays
  • 14…140°F Temperature Range Sensor with 4-20mA Current Output Signal Transmitter

Request info on temperature measurement products for your application.

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Tool Sections

  • Area
  • Chemical Quantities
  • Circular Shapes
  • Density
  • Diameter & Radius
  • Energy & Power
  • Electrical & Electromagnetic
  • Flow
  • Force, Load & Torque
  • Length & Distance
  • Liquid Depth & Level
  • Mass & Weight
  • Movement & Motion
  • Pressure
  • Pricing & Quantities
  • Sensors & Instruments
  • Speed & Acceleration
  • Temperature & Heat
  • Time & Frequency
  • Travel & Transportation
  • Volumetric
  • Rectangular Shapes

Tool Feedback

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Measure Temperature In A Liquid

Submerge this STT-26 Probe to measure the temperature of a liquid and transmit a 4-20mA current loop output signal.
Submerge this STT-26 Probe to measure the temperature of a liquid and transmit a 4-20mA current loop output signal.

Product Selection Guides

  • Differential Pressure Sensors
  • Digital Pressure Gauges
  • Digital Pressure Sensors
  • Digital Readouts
  • Hydrostatic Liquid Level Sensors
  • Millivolt Output Pressure Transducers
  • Pressure Transducers
  • Pressure Transmitters
  • Voltage Output Pressure Transducers

Application Selection Guides

  • Absolute Pressure
  • Dual Temperature and Pressure
  • Flush Diaphragm
  • High Frequency Response
  • Leak Testing
  • Low Pressure Range
  • Oxygen Service
  • Submersible
  • Vacuum

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