Calorimetry Calculator - Calculator Suite

Simple Calorimetry (q = mcΔT)

Mass (g):

Specific Heat Capacity:

Custom Specific Heat (J/g°C):

Temperature Change (°C):

Bomb Calorimetry

Sample Mass (g):

Water Mass (g):

Calorimeter Constant (J/°C):

Temperature Rise (°C):

Coffee Cup Calorimetry

Solution Volume (mL):

Solution Density (g/mL):

Specific Heat (J/g°C):

Temperature Change (°C):

Limiting Reactant (mol):

Heat Capacity Calculator

Heat Added (J):

Mass (g):

Temperature Change (°C):

Calorimetry Reference Guide

Key Formulas:

q = mcΔT

q = heat (J), m = mass (g), c = specific heat (J/g°C), ΔT = temperature change (°C)

Types of Calorimetry:

Coffee Cup Calorimetry:

Constant pressure. Measures ΔH. Used for solution reactions.

Bomb Calorimetry:

Constant volume. Measures ΔE. Used for combustion reactions.

Differential Scanning:

Advanced technique for phase transitions and thermal analysis.

Common Specific Heat Capacities (J/g°C):

Water
4.18

Aluminum
0.90

Iron
0.45

Copper
0.39

Important Principles:

Conservation of Energy: Heat lost = Heat gained
Isolated System: No heat exchange with surroundings
Thermal Equilibrium: All components reach same final temperature
Sign Convention: Positive q = heat absorbed, Negative q = heat released

🌡️ Calorimetry Calculator

Simple Calorimetry (q = mcΔT)

Bomb Calorimetry

Coffee Cup Calorimetry

Heat Capacity Calculator

Calorimetry Reference Guide

Key Formulas:

Types of Calorimetry:

Coffee Cup Calorimetry:

Bomb Calorimetry:

Differential Scanning:

Common Specific Heat Capacities (J/g°C):

Important Principles: