Presentation is loading. Please wait.

Presentation is loading. Please wait.

4.6 Calorimetry – The Measurement of Heat Transfer Temperature, Heat and Specific Heat Capacity.

Published byHilary McGee Modified over 8 years ago

Similar presentations

Presentation on theme: "4.6 Calorimetry – The Measurement of Heat Transfer Temperature, Heat and Specific Heat Capacity."— Presentation transcript:

1 4.6 Calorimetry – The Measurement of Heat Transfer Temperature, Heat and Specific Heat Capacity

2 4.6 Calorimetry – The Measurement of Heat Transfer Types of Intermolecular Forces

3 4.6 Calorimetry – The Measurement of Heat Transfer Heat of Fusion Heat of Vaporization Energy and Phase Changes

4 4.6 Calorimetry – The Measurement of Heat Transfer Energy is Always Conserved

5 4.6 Calorimetry – The Measurement of Heat Transfer Coffee Cup Calorimetry

6 4.6 Calorimetry – The Measurement of Heat Transfer Bomb Calorimeter

Download ppt "4.6 Calorimetry – The Measurement of Heat Transfer Temperature, Heat and Specific Heat Capacity."

Similar presentations

Heat, Thermodynamics, Heat Transfer and Weather

Heat, Thermodynamics, Heat Transfer and Weather
Heat naturally flows from high temperature to low temperature.

Heat naturally flows from high temperature to low temperature.
Energy and Chemical Reactions Energy is transferred during chemical and physical changes, most commonly in the form of heat.

Energy and Chemical Reactions Energy is transferred during chemical and physical changes, most commonly in the form of heat.
Calorimetry Review : Specific Heat, Latent Heat, & Temperature vs. Heat Input plot Chapter 14.

Calorimetry Review : Specific Heat, Latent Heat, & Temperature vs. Heat Input plot Chapter 14.
CHEM 1011 Calorimetry: The Determination of the Specific Heat of a Metal.

CHEM 1011 Calorimetry: The Determination of the Specific Heat of a Metal.
Thermodynamics.

Thermodynamics.
Lecture 294/16/07. Changes in temperature - recap Heat = (constant) x (mass) x (change in temp)

Lecture 294/16/07. Changes in temperature - recap Heat = (constant) x (mass) x (change in temp)
Calorimetry AP Chemistry.

Calorimetry AP Chemistry.
What is the relationship between heat and temperature?

What is the relationship between heat and temperature?
Calorimetry Chapter 5. Calorimetry Since we cannot know the exact enthalpy of the reactants and products, we measure  H through calorimetry, the measurement.

Calorimetry Chapter 5. Calorimetry Since we cannot know the exact enthalpy of the reactants and products, we measure  H through calorimetry, the measurement.
THE QUANTITY OF HEAT   The thermal energy lost or gained by objects is called heat. One calorie (cal) is the quantity of heat required to change the temperature.

THE QUANTITY OF HEAT   The thermal energy lost or gained by objects is called heat. One calorie (cal) is the quantity of heat required to change the temperature.
Chapter 11 Thermochemistry Principles of Reactivity: Energy and Chemical Reactions.

Chapter 11 Thermochemistry Principles of Reactivity: Energy and Chemical Reactions.
Chemistry Calculating Heat.

Chemistry Calculating Heat.
Energy. Energy – the ability to do work Energy – the ability to do work Kinetic – energy of motion, anything that moves has kinetic energy. Kinetic –

Energy. Energy – the ability to do work Energy – the ability to do work Kinetic – energy of motion, anything that moves has kinetic energy. Kinetic –
Thermochemistry Unit Chapter 17. Problem #1 (page 664): A 92.0 g sample of a substance, with a temperature of 55 o C, is placed in a large scale polystyrene.

Thermochemistry Unit Chapter 17. Problem #1 (page 664): A 92.0 g sample of a substance, with a temperature of 55 o C, is placed in a large scale polystyrene.
Chapter 12 Changes in Temperature and Phases. Goals Perform calculations with specific heat capacity. Interpret the various sections of a heating curve.

Chapter 12 Changes in Temperature and Phases. Goals Perform calculations with specific heat capacity. Interpret the various sections of a heating curve.
Chapter 5: Thermochemistry. Thermochemistry: – Energy Kinetic & Potential – First Law of Thermo internal energy, heat & work endothermic & exothermic.

Chapter 5: Thermochemistry. Thermochemistry: – Energy Kinetic & Potential – First Law of Thermo internal energy, heat & work endothermic & exothermic.
Thermal Energy A. Temperature & Heat 1. Temperature is related to the average kinetic energy of the particles in a substance.

Thermal Energy A. Temperature & Heat 1. Temperature is related to the average kinetic energy of the particles in a substance.
THERMO- CHEMISTRY Thermochemistry Study of the heat changes that occur during a chemical reaction.

THERMO- CHEMISTRY Thermochemistry Study of the heat changes that occur during a chemical reaction.
Thermodynamics. Thermodynamics – The study of heat transformation. Temperature – A measure of the average kinetic energy of the particles in an object.average.

Thermodynamics. Thermodynamics – The study of heat transformation. Temperature – A measure of the average kinetic energy of the particles in an object.average.

Similar presentations

Ads by Google