The 1st Course of Calculus-Based Introductory Physics

This needs calculus to understand kinematics, circular motions, conservation of energy, gravity, rigid body systems, and torques. Engineering and physics students take this class.

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  • Syllabi

Lecture Syllabus

Lab Syllabus

  • Lecture Assignment and Solutions for The 1st Course of Calculus-Based Introductory Physics © Thomson

Chapter 2: Problems & Solutions

Chapter 3: Problems & Solutions

Chapter 4: Problems & Solutions

Chapter 5: Problems & Solutions

Chapter 6: Problems & Solutions

Chapter 7: Problems & Solutions

Chapter 8: Problems & Solutions

Chapter 9: Problems & Solutions

Chapter 10: Problems & Solutions

Chapter 11: Problems & Solutions

Chapter 12, 13, & 15: Problems & Solutions

  • Formula Sheets for The 1st Course of Calculus-Based Introductory Physics

    • [This is for your preparation. Please do not bring them to exams.]
Formulas from chapters 2, 3, 4, 5, 6, 7, & 8
Formulas from chapters 9, 10, & 11
Formulas from chapters 12, 13, & 15

  • Lab Data Sheets for The 1st Course of Calculus-Based Introductory Physics

    • (Lab Schedule)

Fundamental Knowledge for Physics Lab Print this out and bring it to labs.

Lab 1: Experimental Uncertainty

Lab 2: Vector (Force Table)

Lab 3: Acceleration of a Freely Falling Body

Lab 4: Uniformly Accelerated Motion

Lab 5: Coefficients of Friction

Lab 6: Centripetal Force

Lab 7: Work and Energy

Lab 8: Linear Momentum

Lab 9: Equilibrium of Torques

Lab 10: Rotational Inertia

Lab 11: Rotational Kinetic Energy

Lab 12: Spring Motion

Lab 13: Simple Pendulum

Make-up Lab I: Advanced Lab for the Simple Pendulum

Make-up Lab II: Advanced Lab for the Conservation of Linear Momentum