- Belleview High School
- Pre AICE Physics
- Thermal Physics
LOSITO, MICHAEL
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AICE Mathematics I with Statistics I
- Unit 1 - Quadratics
- Unit 2 - Functions and Graphs
- Unit 3 - Coordinate Geometry
- Unit 4 - Trigonometry
- Unit 5 - Sequences and Series
- Unit 6 - Differentiation
- Unit 7 - Integration
- Unit 8 - Representation, Location and Spread
- Unit 9 - Probability
- Unit 10 - Distributions
- Unit 11 - The Normal Distribution
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AICE Mathematics II with Statistics II
- Unit 1 - Algebra
- Unit 2 - Exponential and Logarithmic Functions
- Unit 3 - Trigonometry
- Unit 4 - Numerical Solutions
- Unit 5 - Differentiation
- Unit 6 - Vectors
- Unit 6 - Vectors
- Unit 7 - Binomial Expansion and Rational Functions
- Unit 8 - Complex Numbers
- Unit 9 - Integration & Differential Equations
- Unit 10 - The Poisson Distribution
- Unit 11 - Linear Combinations of Random Variables
- Unit 12 - Continuous Random Variables
- Unit 13 - Sampling and Estimation
- Unit 14 - Hypothesis Testing
- Pre AICE Mathematics 3 (IGCSE)
- Pre AICE Physics
- AICE MATH I - Practice Papers
- AICE MATH II - Practice Papers
- AICE Math Resources
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Chapter 9 – The Kinetic Model of Matter
When students have completed this lesson they will find out:
- How to describe matter in three states (solid, liquid and gas)
- How to describe changes of state
- How the kinetic model can be used to explain changes of state and the behavior of gases
- How the kinetic model can be explained in terms of the forces between particles
- How to calculate changes in pressure and volume of a gas
Chapter 10 – Thermal Properties of MatterWhen students have completed this lesson they will find out:- How to measure temperature and how thermometers work
- How thermometers are designed
- About the thermal expansion of solids, liquids and gases
- About some uses and consequences of thermal expansion
- How energy supplied is related to increase in temperature when a body is heated
- How to measure specific heat capacity
Chapter 11 – Thermal (Heat) Energy TransfersWhen students have completed this lesson they will find out:- How to demonstrate conduction, convection and radiation
- How to explain conduction
- How to explain convection and radiation
- The differences between good and bad emitters of radiation
- About applications and consequences of thermal (heat) energy transfers