LINKS FOR LESSON DESIGN - DEVELOPMENT - STUDY
our text = Holt Physics ---- last update November 15, 2008

State of TN Physics Course Description

Norris correlation to the State of TN Course Description. 

The objectives or content next to a number relate directly to or are taken directly from sections in Holt Physics by Holt, Rinehart, & Winston - 2002.
 
Links compiled by Jack H. Norris: send updates, corrections, and suggestions for additions to (email) "jacknorris1@mac.com"
SLC= scilinks code  LM=lecture material.  LBM= lab material.  DPM =drill practice material   LWBAT =the learner will be able to.
**= SciLinks Code HF.

Scroll or select a chapter (in our adopted text) by number.        Norris Documents, Notes,
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THE FOLLOWING RESOURCES WILL BE OF HELP TO YOU IF YOU USE THEM. There are many more resources available. Here are a few of my favorites.
  1. American Institute of Physics - Home Page
  2. American Physical Society
  3. Contemporary Physics Education Project 
  4. Fizzics Fizzle! This site is designed for physics students of all levels.
  5. Heisenberg States the Uncertainty Principle 
  6. International System of Units from NIST
  7. Multimedia Physics Studios 
  8. Physics, Astronomy and Engineering by PhysLINK.com - Reference and Education You will not regret a visit to this place!!!   But then I could say the same for just about all of the physics links.
  9. Physics Classroom Table of Contents****
  10. Physics 2000 - Physics applied to technology...   A response to "Why do we have to learn this?'
  11. PhysicsWeb - Web Links: Index -- Physics around the World
  12. Stephen Hawking's Pages
  13. The Mechanical Universe -- Program Descriptions - and links to see the videos. - at learner.org
  14. The laws list -- various laws, principles, rules, and related topics in physics and astronomy.
  15. The Why Files?? - Science behind the news. Scientific explanations for the news of the day.
  16. PhysicsWeb - Physics news, jobs, resources
  17. Visual Physics***** - (student created pages)
  18. Additional teacher sites - recommendations, links etc. (worth visiting) =
    1. Dick Heckathorn
    2. Dr. David Terrell collapsing can video
    3. The Particle Adventure
    4. Galactic nucleosynthesis
  19. To be continued.....
Chapter 1: The Science of Physics
Section 1-1: What is physics?
Section 1-2: Measurements in experiments
Current definitions of the SI units
Section 1-3: The language of physics
Chapter 2: Motion in One Dimension
Section 2-1: Displacement and velocity
Section 2-2: Acceleration
Section 2-3: Falling objects
Chapter 3 - "Two-Dimensional Motion and Vectors"
Section 3-1: Introduction to vectors
Section 3-2: Vector operations
Section 3-3: Projectile Motion
Section 3-4 Relative motion
Chapter 4 - "Forces and the Laws of Motion"
Section 4-1: Changes in motion
Section 4-2: Newton’s first law
Section 4-3: Newton’s second and third laws
Section 4-4: Everyday forces
Chapter 5 - "Work and Energy"
Section 5-1: Work
Section 5-2: Energy
Section 5-3: Conservation of energy
Section 5-4: Power
Chapter 6 - "Momentum and Collisions"
Section 6-1: Momentum and impulse
Section 6-2: Conservation of momentum
Section 6-3: Elastic and inelastic collisions
Chapter 7 - "Rotational Motion and the Law of Gravity"
Section 7-1: Measuring rotational motion
Section 7-2: Tangential and centripetal acceleration
Section 7-3: Causes of circular motion
Chapter 8 - "Rotational Equilibrium and Dynamics"
Section 8-1: Torque
Section 8-2: Rotation and inertia
Section 8-3: Rotational dynamics
Section 8-4: Simple machines
Chapter 9 - "Fluid Mechanics"
Section 9-1: Fluids and buoyant force
Section 9-2: Fluid pressure and temperature
Section 9-3: Fluids in motion
Section 9-4: Properties of gases
Chapter 10 - "Heat"
Section 10-1: Temperature and thermal equilibrium
Section 10-2: Defining heat
Section 10-3: Changes in temperature and phase
Section 10-4: Controlling heat
Chapter 11 - "Thermodynamics"
Section 11-1: Relationships between heat and work
Section 11-2: Thermodynamic processes
Section 11-3: Efficiency of heat engines
Section 11-4: Entropy
Chapter 12 - "Vibrations and Waves"
Section 12-1: Simple harmonic motion
Section 12-2: Measuring simple harmonic motion
Section 12-3: Properties of waves
Section 12-4: Wave interactions
Chapter 13 - "Sound"
Section 13-1: Sound waves
Section 13-2: Sound intensity and resonance
Section 13-3: Harmonics
Chapter 14 - "Light and Reflection"
Section 14-1: Characteristics of light
Section 14-2: Flat mirrors
Section 14-3: Curved mirrors
Section 14-4: Color and polarization
Chapter 15 - "Refraction"
Section 15-1: Refraction
Section 15-2: Thin lenses
Section 15-3: Optical phenomena
Chapter 16 - "Interference and Diffraction"
Section 16-1: Interference
Section 16-2: Diffraction
Section 16-3: Coherence
Chapter 17 - "Electric Forces and Fields"
Section 17-1: Electric charge
Section 17-2: Electric force
Section 17-3: The electric field
Chapter 18 - "Electrical Energy and Capacitance"
Section 18-1: Electrical potential energy
Section 18-2: Potential difference
Section 18-3: Capacitance
"Chapter 19 - "Current and Resistance"
Section 19-1: Electric current
Section 19-2: Resistance
Section 19-3: Electric power
Chapter 20 - "Circuits and Circuit Elements"
Section 20-1: Schematic diagrams and circuits
Section 20-2: Resistors in series or in parallel
Section 20-3: Complex resistor combinations
Chapter 21 - "Magnetism"
Section 21-1: Magnets and magnetic fields
Section 21-2: Electromagnetism and magnetic domains
Section 21-3: Magnetic force
Chapter 22 - "Induction and Alternating Current"
Section 22-1: Induced current
Section 22-2: Alternating current, generators, and motors
Section 22-3: Inductance
Chapter 23 - "Atomic Physics"
Section 23-1: Quantization of energy
Section 23-2: Models of the atom
Section 23-3: Quantum mechanics
Chapter - "Modern Electronics"
Section 24-1: Conduction in the solid state
Section 24-2: Semiconductor applications
Section 24-3: Superconductors
Chapter 25 - "Subatomic Physics"
Section 25-1: The nucleus
Section 25-2: Nuclear decay
Section 25-3: Nuclear reactions
Section 25-4: Particle physics
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© Copyright 2005 Jack H. Norris, All Rights Reserved.
Last Modified November 16, 2008