Difference between revisions of "Thermal Properties"
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= Concept Map = | = Concept Map = | ||
| − | + | [[File:Thermal_Properties_of_Matter.mm|Flash]] | |
= Textbook = | = Textbook = | ||
To add textbook links, please follow these instructions to: | To add textbook links, please follow these instructions to: | ||
([{{fullurl:{{FULLPAGENAME}}/textbook|action=edit}} Click to create the subpage]) | ([{{fullurl:{{FULLPAGENAME}}/textbook|action=edit}} Click to create the subpage]) | ||
| − | |||
= Teaching Outlines = | = Teaching Outlines = | ||
| − | ==Concept # | + | ==Concept #1 Specific Heat Capacity |
===Learning objectives=== | ===Learning objectives=== | ||
===Notes for teachers=== | ===Notes for teachers=== | ||
| + | All molecules in matter vibrate and they possess kinetic energy. The more energy they have the more they will vibrate. The total amount of energy contained in the substance depends on the individual energy of the molecules and the number of molecules present. The temperature tells us what is the average of the kinetic energy. When temperature is high, that means average energy of the molecules is more and when they give out energy as heat, the average kinetic energy decreases, resulting in temperature decrease. | ||
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| + | Please click [http://hyperphysics.phy-astr.gsu.edu/hbase/thermo/spht.html here] for more details on specific heat. This website has some interactive calculations for specific heat capacity. | ||
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===Activity No # === | ===Activity No # === | ||
| − | #Materials/ | + | #Materials/ Resourcesa needed |
#Prerequisites/Instructions, if any | #Prerequisites/Instructions, if any | ||
#Multimedia resources | #Multimedia resources | ||
Latest revision as of 15:38, 17 May 2017
Usage
Create a new page and type {{subst:Content}} to use this template
Concept Map
Textbook
To add textbook links, please follow these instructions to: (Click to create the subpage)
Teaching Outlines
==Concept #1 Specific Heat Capacity
Learning objectives
Notes for teachers
All molecules in matter vibrate and they possess kinetic energy. The more energy they have the more they will vibrate. The total amount of energy contained in the substance depends on the individual energy of the molecules and the number of molecules present. The temperature tells us what is the average of the kinetic energy. When temperature is high, that means average energy of the molecules is more and when they give out energy as heat, the average kinetic energy decreases, resulting in temperature decrease.
Please click here for more details on specific heat. This website has some interactive calculations for specific heat capacity.
Activity No #
- Materials/ Resourcesa needed
- Prerequisites/Instructions, if any
- Multimedia resources
- Website interactives
- Evaluation
- Question Corner