Percent Increase and Decrease Quiz - Page 2
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How We Got To Now - COLD
This is a multiple choice quiz designed to be completed by students WHILE they watch the "How We Got To Now - COLD" video. There is a question roughly every 2 minutes. The video goes for 60 minutes, so there are 30 questions.
It is designed to be used with the GradeCam app. To use it with that app the purchaser (teacher) will need to have a GradeCam account, or be using the GradeCam app on the 3 month free trial.
The answer grid included in the WORD document includes the answers to the questi
Not Specific
Engineering, Other (Science), Physics
Vector Trigonometry Practice Problems
Students work to create right triangles of vectors using net force and net velocity from their horizontal and vertical components. Can be used as a group challenge, a quiz, or homework activity. Pushes higher-order thinking.
Not Specific
General Science, Physical Science, Physics
Ideal Gas Law Quiz
Quiz consisting of 15 multiple choice questions covering ideal gas law. Students will demonstrate concept knowledge and solving the unknown gas variables using PV=nRT. Use as a bellringer, exit slip, study guide, or quiz. Answers and solutions are provided. The doc can be modified to fit your lesson. Google Form Version
Not Specific
Chemistry, Physics, Science
Also included in: General/PreAP Chemistry Quizzes
Calorimetry Quiz
Multiple choice quiz (16 questions) that covers calorimetry. Questions include specific heat and heat exchange concept ideas and calculating the unknown variables using -mc∆t=mc∆t. Students will solve for unknown variables of mcΔt, analyze data, and compare specific heat values. Use as a bellringer, exit slip, study guide, or quiz. Answers and solutions are included. Doc can be edited to fit your lesson Google Form Version
Not Specific
Chemistry, Physics, Science
Also included in: General/PreAP Chemistry Quizzes
One-Dimensional Free-Body Diagram Quiz
Short (9 questions) multiple choice quiz covering one dimensional free-body diagrams. Students will use formulas: F = ma, Ff = μN, T = mg + ma, and w = mg to calculate net force, acceleration, tension, weight, etc. Most problems are based off two free-body diagrams (see thumbnail). Doc can also be edited by adding, removing, or changing questions to fit your lesson. Use as a bellringer, exit slip, quiz, or supplemental work. Answers and solutions are provided. Google Form Version
Not Specific
Physical Science, Physics, Science
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