Chapter 2 Thermal Physics Module 1 Weekly Class

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Course sections

Section 1

2.1 Simple Kinetic Molecular Model of Matter

States of Matter

Molecular model

Brownian movement

Kinetic Molecular Model of Matter

Evaporation - Video Lessons

Pressure changes**

Question 1 - Volume of Bubble When It Reaches The Surface of The Sea

Question 2 - Length of Trapped Air

Question 3 - Pressure of Compressed Air In The Pump

Question 4 - Volume of Bubble When Risen to a Depth of 14m

Question 5 - Volume of Bubble at a Depth of 2m

Thermal Expansion of Solids, Liquid and Gases **

Section 2

2.2 Heat

Thermal Equilibrium

Measurement of Temperature

Type of Liquid in Glass Thermometers

Characteristics of Liquid-In-Glass Thermometer **

Question 1 - Mercury Thermometer

Question 2 - Specific Thermometric Property

Question 3 - Glass Thermometer

Section 3

2.3 Heat Capacity

Question 1 - Amount of Heat Energy Required

Question 2 - Temperature of Water

Question 3 - Amount of Heat Absorbed

Question 4 - Thermal Equilibrium

Question 5 - Total Heat Energy Supplied

Specific Latent Heat

Question 1 – Amount of Heat Required to Boil Away All The Water

Question 2 - Amount of Heat That Must Be Removed to Change Water Completely Into Ice

Question 3 - Amount of Heat Required to Change An Ice Cube to Steam at 100°C

Question 4 - Melting Point of Substance

Question 5 - Mass of Ice Needed To Form Water At 0°C

Question 6 - Energy Required To Melt 800g of Gold

Question 7 – Mass of Ice Melted By The Heat From The Steel Ball

Heat Energy - Video Lessons

Section 4

2.4 Thermal Processes

Transfer of Thermal Energy

Transfer of Heat - Video Lessons

Section 5

2.1 Simple Kinetic Molecular Model of Matter

Question 4 – Volume of Bubble When Risen to a Depth of 14m

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2.1 Simple Kinetic Molecular Model of Matter Question 3 – Pressure of Compressed Air In The Pump

2.1 Simple Kinetic Molecular Model of Matter Question 5 – Volume of Bubble at a Depth of 2m