Presentation is loading. Please wait.

Presentation is loading. Please wait.

EXAMPLES OF HEAT TRANSFER BY CHEYANNE TOTTEN. RADIATION Radiation is heat transfer that does not need any contact between the heat source and the object.

Published byCheyanne Totten Modified over 7 years ago

Similar presentations

Presentation on theme: "EXAMPLES OF HEAT TRANSFER BY CHEYANNE TOTTEN. RADIATION Radiation is heat transfer that does not need any contact between the heat source and the object."— Presentation transcript:

1 EXAMPLES OF HEAT TRANSFER BY CHEYANNE TOTTEN

2 RADIATION Radiation is heat transfer that does not need any contact between the heat source and the object being heated. Examples of radiation: School; using a Bunsen burner to heat a tin can of water. The flames heat the tin which then heats the water. Environment; the sun heats earth and other planets through radiation, this is because it does not touch planets to heat it and it goes through matter in space for the light to reach us. Home; smoke detectors have little pieces of radioactive material, which make them sensitive to smoke. This amount material is not life threatening to animals or humans. Industry;

3 CONDUCTION

4 CONVECTION

Download ppt "EXAMPLES OF HEAT TRANSFER BY CHEYANNE TOTTEN. RADIATION Radiation is heat transfer that does not need any contact between the heat source and the object."

Similar presentations

Transferring Thermal Energy

Transferring Thermal Energy
DISCLAIMER This Presentation may contain Copyrighted Material, DO NOT DISTRIBUTE.

DISCLAIMER This Presentation may contain Copyrighted Material, DO NOT DISTRIBUTE.
Transferring Thermal Energy. Conduction Thermal energy is transferred from place to place by conduction, convection, and radiation. Thermal energy is.

Transferring Thermal Energy. Conduction Thermal energy is transferred from place to place by conduction, convection, and radiation. Thermal energy is.
Thermal Energy. 1.Thermal Energy is the vibration or movement of atoms and molecules. 2.All matter has thermal energy because the atoms are always moving.

Thermal Energy. 1.Thermal Energy is the vibration or movement of atoms and molecules. 2.All matter has thermal energy because the atoms are always moving.
Create a trifold Conduction Convection Radiation

Create a trifold Conduction Convection Radiation
Warm Up Discussion 1. What is heat? 2. How does the heat from the sun reach us on Earth? 3. How does the heater in our classroom heat up the air in the.

Warm Up Discussion 1. What is heat? 2. How does the heat from the sun reach us on Earth? 3. How does the heater in our classroom heat up the air in the.
ENERGY FROM THE SUN Chapter 14.3 Pages 402-407. Energy in the Atmosphere The sun is the source of ALL energy in our atmosphere. Three things that can.

ENERGY FROM THE SUN Chapter 14.3 Pages Energy in the Atmosphere The sun is the source of ALL energy in our atmosphere. Three things that can.
Energy Transfer Chapter 10.2.

Energy Transfer Chapter 10.2.
Solar Energy and Heating the Atmosphere. Radiation Energy comes from the sun as radiant energy Radiation from the Sun can be visible (light) or invisible.

Solar Energy and Heating the Atmosphere. Radiation Energy comes from the sun as radiant energy Radiation from the Sun can be visible (light) or invisible.
Chapter 2 Section 1  The sun provides nearly all of the energy which powers the atmosphere.  That energy comes to us in the form of electromagnetic.

Chapter 2 Section 1  The sun provides nearly all of the energy which powers the atmosphere.  That energy comes to us in the form of electromagnetic.
Cornell notes about heat and how heat transfers

Cornell notes about heat and how heat transfers
1. Which method of heat transfer is used to transfer heat from the oven to the saucepan? Conduction Convection Radiation.

1. Which method of heat transfer is used to transfer heat from the oven to the saucepan? Conduction Convection Radiation.
How ‘Heat’ Moves  Define “ Heat ”: Heat is the movement of thermal energy from a substance at a higher temperature to another substance at a lower temperature.

How ‘Heat’ Moves  Define “ Heat ”: Heat is the movement of thermal energy from a substance at a higher temperature to another substance at a lower temperature.
Convection Currents and the Mantle

Convection Currents and the Mantle
HEAT the transfer of thermal energy from hot objects to cold objects through collision of particles Units=Joules.

HEAT the transfer of thermal energy from hot objects to cold objects through collision of particles Units=Joules.
ICP 12/4/12 Heat and Temperature Notes Video: Classroom Video: Methods of Heat Transfer.

ICP 12/4/12 Heat and Temperature Notes Video: Classroom Video: Methods of Heat Transfer.
How many ways are there to transfer heat? How can thermal energy (heat) be transferred?

How many ways are there to transfer heat? How can thermal energy (heat) be transferred?
1 1 Convection When you boil water the lower water layer heats up quickly then it goes up and the upper water layer ( cold ) goes down. This process takes.

1 1 Convection When you boil water the lower water layer heats up quickly then it goes up and the upper water layer ( cold ) goes down. This process takes.
Sea Breeze and Land Breeze. What do we remember about Specific Heat? Substances with a high specific heat warm and cool slowly. They take more energy.

Sea Breeze and Land Breeze. What do we remember about Specific Heat? Substances with a high specific heat warm and cool slowly. They take more energy.
Earth’s Energy Budget Ch.13. 3 ways heat can be transferred: Conduction Conduction Convection Convection Radiation Radiation.

Earth’s Energy Budget Ch ways heat can be transferred: Conduction Conduction Convection Convection Radiation Radiation.

Similar presentations

Ads by Google