jermko
Average Velocity
This question set tests the concept of average velocity using both equations and graphs. Students will be able to recognize the difference between average velocity and average speed.
The Atwood Machine
This question derives the equation of acceleration of the Atwood Machine. The properties of this interesting machine will then be analyzed.
Electric Fields at a Point
An introductory set to electric fields. This set focuses on finding the electric field at a single point due to different charge configurations.
Representations of Electric Fields
Explore different visual representations of electric fields in this question set, including vector fields and electric field lines.
Electric Potential
Both electric potential energy and electric potential are fully explored in this question set. Scenarios involving parallel charged plates and point charge systems will be considered.
Introduction to Torque
Introduces the concept of torque. Both its magnitude and direction are considered when analyzing the objects in rotational equilibrium.
Reflection
This question set outlines the basics of reflection. The law of reflection and specular and diffuse reflection.
Nuclear Reactors
The properties of fission reactions that make it ideal for producing energy are explored. Learn how nuclear reactors are able to convert this nuclear energy into electricity.
Fission and Fusion Reactions
The properties of nuclear fission and nuclear fusion reactions are analyzed in detail. The binding energy curve is used to determine whether or not a given reaction is expected to produce energy.
Nuclear Binding Energy
An introduction to the concepts of mass defect and mass-energy equivalence. The procedure to calculate binding energies will also be covered.
Transformation of Lines
An introductory question set on translations, reflections, and expansions/compressions. Learn how these basic transformations change the graph and equation of lines.
Transformation of Functions
This question works through the steps required to apply translations, reflections, and stretches to all basic functions.
Inverse Functions
Learn how to find the inverse of a function given a table of values, graph, or equation.
Reciprocals of Functions
This question set explains how the graph of a function changes when we take its reciprocal.
Transformations on Trigonometric Functions
Learn how to apply transformations to trigonometric functions. Students should understand that many transformations are equivalent when applied to periodic functions.