Teacher Resources - Physics: Principles & Problems - Lesson Plans - Georgia

Physics: Principles and Problems

Physics: Principles and Problems

Georgia Lesson Plans

1.1 - Physics: The Search for Understanding

2.1 - The Measures of Science

2.2 - Measurement Uncertainties

2.3 - Visualizing Data

3.1 - Picturing Motion

3.2 - Where and When?

3.3 - Velocity and Acceleration

4.1 - Properties and Vectors

4.2 - Components of Vectors

5.1 - Graphing Motion in One Dimension

5.2 - Graphing Velocity in One Dimension

5.3 - Acceleration

5.4 - Free Fall

6.1 - Force and Motion

6.2 - Using Newton's Laws

6.3 - Interaction Forces

7.1 - Forces in Two Dimensions

7.2 - Projectile Motion

7.3 - Circular Motion

8.1 - Motion in the Heavens and on Earth

8.2 - Using the Law of Universal Gravitation

9.1 - Impulse and Momentum

9.2 - The Conservation of Momentum

10.1 - Energy and Work

10.2 - Machines

11.1 - The Many Forms of Energy

11.2 - Conservation of Energy

12.1 - Temperature and Thermal Energy

12.2 - Change in State and Laws of Thermodynamics

13.1 - The Fluid States

13.2 - The Solid State

14.1 - Wave Properties

14.2 - Wave Behavior

15.1 - Properties of Sound

15.2 - The Physics of Music

16.1 - Light Fundamentals

16.2 - Light and Matter

17.1 - How Light Behaves at a Boundary

17.2 - Applications of Reflected and Refracted Light

18.1 - Mirrors

18.2 - Lenses

19.1 - When Light Waves Interfere

19.2 - Applications of Diffraction

20.1 - Electrical Charge

20.2 - Electrical Force

21.1 - Creating and Measuring Electric Fields

21.2 - Applications of Electric Fields

22.1 - Current and Circuits

22.2 - Using Electric Energy

23.1 - Simple Circuits

23.2 - Applications of Circuits

24.1 - Magnets: Permanent and Temporary

24.2 - Forces Caused by Magnetic Fields

25.1 - Creating Electric Current from Changing Magnetic Fields

25.2 - Changing Magnetic Fields Induce EMF

26.1 - Interaction Between Electric and Magnetic Fields and Matter

26.2 - Electric and Magnetic Fields in Space

27.1 - Waves Behaves Like Particles

27.2 - Particles Behave Like Waves

28.1 - The Bohr Model of the Atom

28.2 - The Quantum Model of the Atom

29.1 - Conduction in Solids

29.2 - Electronic Devices

30.1 - Radioactivity

30.2 - The Building Blocks of Matter

31.1 - Holding the Nucleus Together

31.2 - Using Nuclear Energy