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5 results

10th grade engineering resources for SMART Notebook

Preview of Linear Motion Notes, Graphs, and Mathematics (Smart Board)

Linear Motion Notes, Graphs, and Mathematics (Smart Board)

This Smart Board presentation covers linear motion as taught in a General Physics class. It has developed over 34 years of teaching physics. (It could be simplified to a lower level of physical science.) It covers the concepts of distance, displacement, speed, velocity, and acceleration. It relates linear motion to displacement (position) vs time graphs as well as velocity vs time graphs. Interpretation of these graphs as it pertains to slope, area under curve and lines formed on the graphs
Preview of Linear Motion Mathematics In-class Samples with Detailed Solutions (SmartBoard)

Linear Motion Mathematics In-class Samples with Detailed Solutions (SmartBoard)

This SmartBoard presentation has several practice problems relating to the various forms / types of linear motion. The wide range of problems require students to be able to think through the basic three linear motion mathematics equations as they solve various levels of problems. Detailed solutions, worked out and explained, are included with each problem.
Preview of Linear Motion Graph Practice #2 (In class) (Smart Board)

Linear Motion Graph Practice #2 (In class) (Smart Board)

This Smart Board presentation relates and applies linear motion concepts to interpretation of displacement vs time graphs as well as velocity vs time graphs. It asks students to answer questions about a graph and then provides detailed answers for each question.
Preview of Linear Motion Graph Practice #1 (In class) (Smart Board)

Linear Motion Graph Practice #1 (In class) (Smart Board)

This Smart Board presentation relates and applies linear motion concepts to interpretation of displacement vs time graphs as well as velocity vs time graphs. It asks students to answer questions about a graph and then provides detailed answers for each question.
Preview of Rocket Fuel Laboratory

Rocket Fuel Laboratory

Students determine the optimum ratio of water to air for propulsion of a balloon "rocket". Supplies needed are a balloon, water, stopwatch, and a measuring cup/graduated cylinder.
Showing 1-5 of 5 results