The most recent notes are at the top of the page.





Holt Textbook Correlation for Unit 8, Energy
Chapter 5, Work and Energy, pages 158 - 178
Chapter 10, Thermodynamics, First Law, pages 336 - 351






Holt Textbook Correlation for Unit 5, Net Force
Chapter 3, Vectors, pages 86 - 93
Chapter 4, Forces, pages 135 - 141









Holt Textbook Correlation for Unit 4, Free Particle

Chapter 4, Forces, pages 119 -143

Section 1 - Changes in Motion (Force Diagrams)

Section 2 - Newton's First Law

Section 3- Newton's Third Laws, pages 138 - 140 (please skip Newton's second law pages 136 - 138. We

will cover this in Unit 5)

We will cover Section 4 in Unit 5. Skip this section.








Holt Textbook Correlation for Unit 5, Uniform Acceleration

Chapter 2, Motion in One Dimension, Section 2, pages 48 - 67

Chapter 3, Two-Dimension Motion






Holt Textbook Correlation

Chapter 2, Motion in One Dimension

Displacement, velocity and speed: pages 40 – 47 Acceleration: pages 48 -59 Constant acceleration, page

51 Free falling objects: page 60 -65
































































Holt Textbook Correlation for Unit 8, Energy

Chapter 5, Work and Energy, pages 158 - 178
Chapter 10, Thermodynamics, First Law, pages 336 - 351



Holt Textbook Correlation for Unit 5, Net Force

Chapter 3, Vectors, pages 86 - 93

Chapter 4, Forces, pages 135 - 141
















Holt Textbook Correlation for Unit 4, Free Particle
Chapter 4, Forces, pages 119 -143
Section 1 - Changes in Motion (Force Diagrams)
Section 2 - Newton's First Law
Section 3- Newton's Third Laws, pages 138 - 140 (please skip Newton's second law pages 136 - 138. We
will cover this in Unit 5)
We will cover Section 4 in Unit 5. Skip this section.








Holt Textbook Correlation for Unit 5, Uniform Acceleration
Chapter 2, Motion in One Dimension, Section 2, pages 48 - 67
Chapter 3, Two-Dimension Motion










Holt Textbook Correlation

Chapter 2, Motion in One Dimension

Displacement, velocity and speed: pages 40 – 47
Acceleration: pages 48 -59
Constant acceleration, page 51
Free falling objects: page 60 -65