Previous Page See Page Evergreen Main Menu Table of Contents Discussion Area Next Page

Physics 20 Core Unit III


Core Unit III: Light (25 hours)

Conceptual Physics

A. Characteristics of Light

1. Sources and Transmission of Light
  • pages 394-395, 398-404
    The Speed of Light
  • pages 395-398
  • B. Reflection

    1. Laws of Reflection
  • pages 431-433, 435-437
    2.Plane Mirrors
  • pages 433-434
    3. Curved Mirrors
  • C. Refraction

    1. Snell's Law
  • pages 437-443
    2.Total Internal Reflection
  • pages 444-449
  • Supplementation is required.
  • Conceptual Physics Laboratory Manual

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • Activity 70
  • Experiment 71
  • B. Reflection

    2.Plane Mirrors
  • Activities 75, 76, 77
  • Fundamentals of Physics: An Introductory Course

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • pages 370, 373-374
    2.The Speed of Light
  • pages 370-373
  • B. Reflection

    1. Laws of Reflection
  • pages 376-377
  • Activity 13.2
    2.Plane Mirrors
  • pages 377-380
  • Activity 13.3
    3. Curved Mirrors
  • pages 394-405
  • Activity 14.8
  • C. Refraction

    1. Snell's Law
  • pages 420-426
  • Activity 15.1
    2.Total Internal Reflection
  • pages 426-8
  • Activity 15.2
  • Fundamentals of Physics: A Senior Course

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • pages 406-407, 411-412, 515, 524
    2.The Speed of Light
  • pages 407-410
  • B. Reflection

    1. Laws of Reflection
  • pages 412-413, 415-416, 516, 520
    2.Plane Mirrors
  • This section is integrated with the Laws of Reflection.
    3. Curved Mirrors
  • pages 413-415, 416-422
  • Investigation 11.1
  • C. Refraction

    1. Snell's Law
  • pages 422-424, 517, 521-522
  • Investigation 11.2
    2.Total Internal Reflection
  • pages 425-426
  • Heath Physics

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • pages 410-412, 415-417
  • Investigation 13.1
    2.The Speed of Light
  • pages 412-414
  • B. Reflection

    1. Laws of Reflection
  • pages 418-419
  • Investigations 13.2, 13.3
    2.Plane Mirrors
  • pages 419-427,
    3. Curved Mirrors
  • pages 438-454, 460-461
  • C. Refraction

    1. Snell's Law
  • pages 464-470, 473-476, 481
    2.Total Internal Reflection
  • pages 470-472, 477-478
  • Merrill Physics: Principles and Problems

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • pages 329-330, 333, 335-336
  • Lab page 334
    2.The Speed of Light
  • pages 331-332
  • B. Reflection

    1. Laws of Reflection
  • pages 347-348
    2.Plane Mirrors
  • pages 368-369
    3. Curved Mirrors
  • pages 370-377
  • Lab page 379
  • C. Refraction

    1. Snell's Law
  • pages 348-351, 354-355
  • Lab page 352
    2.Total Internal Reflection
  • pages 356-359
  • Merrill Physics: Principles and Problems Laboratory Manual

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • Experiment 16.1
  • B. Reflection

    1. Laws of Reflection
  • Experiment 17.1
    3. Curved Mirrors
  • Experiment 18.1
  • C. Refraction

    1. Snell's Law
  • Experiment 17.2
  • Physics Today 1

    A. Characteristics of Light

    1. Sources and Transmission of Light
  • pages 367-368
    2.The Speed of Light
  • pages 406-407
  • B. Reflection

    1. Laws of Reflection
  • pages 369-372
    2.Plane Mirrors
  • pages 373-375
  • Activity 15.6
    3. Curved Mirrors
  • pages 377-391
  • Activity 15.7
  • C. Refraction

    1. Snell's Law
  • pages 408-416
  • Activity 16.5
    2.Total Internal Reflection
  • pages 417-425
  • Activity 16.6
  • Physics in Action

    A. Characteristics of Light

  • Supplementation is required.
  • B. Reflection

    1. Laws of Reflection
  • pages 231-234
    2.Plane Mirrors
  • pages 228-231
    3. Curved Mirrors
  • pages 232-247
  • C. Refraction

    1. Snell's Law
  • pages 254-259
    2.Total Internal Reflection
  • pages 260-268

    Teacher's Notes:


    Previous Page See Page Evergreen Main Menu Table of Contents Discussion Area Next Page