Module Library

Find modules for your course.

Community Collection
Evaluating Websites
Selecting Articles for Academic Assignments
Moving Into Discipline Specific Research
Avoiding Plagiarism Using APA Style (7th ed.)
Citing Sources Using APA Style 7th ed.
Conducting a Literature Review
Recognizing a Research Study
Creating a Search Strategy
Lesson Title (Instrumented Design – Public Template)
Interpretation of Visual Displays of Information
1D02: Average Velocity and Average Speed
1D01: Distance and Displacement
10. More Work and Mechanical Energy Problems
N03: Accelerating Objects
2. Impulse
F04: Newton's First Law and Static Friction
1D06: Motion with Constant Acceleration I
7. Elastic and Inelastic Collisions
AM03: Parallel Axis Theorem
8. Problems with Two Types of Potential Energy
9. Work and Mechanical Energy
6. Simple Application of Conservation of Mechanical Energy
F06: Springs and Tilted Coordinate Systems
RKR04: Rotational Kinematics Tutorial (Part 4)
1D03: Position-Time Graphs and Instantaenous Velocity
RK03: Rotational Kinematics
RK02: Equilibrium of a Rigid Object
2D05: Projectile Motion II
N01: Newton's Second Law
F05: Friction
RK01: Rotation and Torque
RKR05: Rotational Kinematics Tutorial (Part 5)
2D03: Constant Acceleration Motion in 2D
C03: Applications of Centripetal Forces
RK06: Applying Newton's Second Law of Rotational Motion
F03: Common Forces and Newton's Third Law
1D08: Solving Problems in 1 Dimension
1D04: Velocity-Time Graphs
3. Work and Kinetic Energy
9. Center of Mass
F02: Forces as Vectors
2D07: Uniform Circular Motion
C02: Centripetal Forces
2D04: Projectile Motion I
AMR02: Conservation of Angular Momentum Tutorial (Part 2)
E01 Kinetic Energy Basics
N04: Composite Objects and Multiple Systems
AM04: Angular Momentum of a Single Particle
RK05: Moment of Inertia
8. Ballistic Pendulum
RKR02: Rotational Kinematics Tutorial (Part 2)
RK07: Rotational Kinetic Energy
3. Impulse and Momentum
AM01: Angular Momentum and Angular Impulse
4. Conservation of Linear Momentum
1. Linear Momentum
F01: Conceptual Understanding of Force
4. Potential Energy
7. Problems with Conservation of Mechanical Energy (CME)
2D08: Centripetal Acceleration
F07: Systems of Analysis and Massless Objects
AMR04: Conservation and Angular Momentum Tutorial (Part 4)
5. When is Mechanical Energy Conserved
RKR03: Rotational Kinematics Tutorial (Part 3)
2D06: Projectile Motion III
AMR05: Conservation of Angular Momentum Tutorial (Part 5)
1D07: Motion with Constant Acceleration II
C01: Centripetal Acceleration
1D05: The Acceleration Vector
AMR03: Conservation of Angular Momentum Tutorial (Part 3)
N05: Newton's Laws in 2D
AM02: Conservation of Angular Momentum
E02. Mechanical Energy: Work
2D02: Acceleration in 2D
RKR01: Rotational Kinematics Tutorial (Part 1)
5. Collisions
N02: Newton's Third Law of Motion Revisited
RK04: Connecting Linear and Rotational Motion
2D01: Position, Velocity, and Displacement in 2D
6. Explosions