review p. 172-174 in textbook on ‘how is heat transferred?’ ◦ click here for textbook...

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Review p. 172-174 in textbook on ‘How is Heat Transferred?’ click HERE for textbook (username: STUDENT12; password: @SAMS12) Use the links on the following slide to see Heat Transfer in action. Wednesday 2-6-13

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Page 1: Review p. 172-174 in textbook on ‘How is Heat Transferred?’ ◦ click HERE for textbook (username: STUDENT12; password: @SAMS12)HERE  Use the links on

Review p. 172-174 in textbook on ‘How is Heat Transferred?’

◦ click HERE for textbook (username: STUDENT12; password: @SAMS12)

Use the links on the following slide to see Heat Transfer in action.

Wednesday 2-6-13

Page 2: Review p. 172-174 in textbook on ‘How is Heat Transferred?’ ◦ click HERE for textbook (username: STUDENT12; password: @SAMS12)HERE  Use the links on

Main Idea

Detail Detail Detail

http://www.teachersdomain.org/asset/lsps07_int_heattransfer/ http://www.nd.edu/~

ysun/Yang/PhysicsAnimation/collection/transportP.swf http://www.wisc-online.com/Objects/ViewObject.aspx?ID=SCE304

Heat Transfer, p. 172-174

Heat can be transferred in three ways.

Conduction– transfer of heat between particles without the movement of matter.

*direct contact of materials*

Convection– transfer of heat by the movement of currents in a fluid.

*hot rises, cool sinks*

Radiation– transfer ofenergy by electromagnetic waves.

*through ‘empty’ space*

- The Transfer of Heat

Page 3: Review p. 172-174 in textbook on ‘How is Heat Transferred?’ ◦ click HERE for textbook (username: STUDENT12; password: @SAMS12)HERE  Use the links on

Review p. 174-176 in textbook on ‘Heat Moves One Way’ and ‘Conductors and Insulators’.

http://www.fi.edu/pieces/hiley/insulators.htm http://

www.bbc.co.uk/schools/scienceclips/ages/8_9/keeping_warm_fs.shtml

Use the sample experiments to investigate how different materials act as conductors or insulators of thermal energy.

Complete p. 11 in packet!

Thermal conductor vs. insulator