Qs Compendium

Teaching about renewable energy? Want to diagram out how different sources are being used to run the grid? Want to compare growth in the renewable sector over time or consider models used in other countries? Check out this resource that makes a whole bunch of numbers very easy for visual learners to follow. With a slideshow, a question bank, and links to further resources, this folder is well worth the insight it will give your students.

These journaling prompts, inspired by a number of different resources, enable students to chart their own course as they move forward with their lives. By thinking and journaling, they can put their lives into perspective and figure out where they want to go.

With this study guide, you can keep the end in mind for your classroom, and generate your own final exam that suits your needs and the material that you covered over the course of your class.

Content warning: preview video by Derek Muller at Veritasium to determine if the language is appropriate for your setting. He does get hit by pennies, and some strong language may be considered offensive by some. Utilizing the true value of Mythbusters, Veritasium, and classic questions about falling objects, this question set allows the 22 minute long video to be peppered with gathering data, forming hypotheses, making predictions, utilizing equations, comparing units (calculations are m/s, v

Simple Gravitational Potential vs Kinetic Energy Worksheet with linked engaging video makes kinematic and energy equations come alive.

With division, fractions, and factors, this visual guide shows students that there's more than one correct path towards a multiplication answer. This spreadsheet will fill the appropriate cells with green conditional formatting if there is a number that matches what you (or a student) types into the "question number" cell. The first tab covers numbers 1-12, the second 1-20, and the third has the perfect squares highlighted at all times.

This list of resources and breakdown of causes and effects allows students to synthesize multiple sources and see how environmental and anthropogenic factors both contribute to large scale problems, and how both need to be taken into account for solutions.

A simple introduction to kinematic equations using the classic video game Lunar Lander, students will be able to identify the frame of reference, compute acceleration, and calculate one dimensional displacement through guided problem solving.

These questions allow a video game to be a gateway to how physics works. They introduce students to an acceleration kinematic equation, and the fundamental idea that when rockets are decelerating, they are actually speeding up in the opposite direction. With color coded variables, this updated resource can be a good scaffold for any student who still struggles with the idea of plugging in numbers from a word problem into a formula, and guides them through the process step by step.