Embedded Files
Lesson 1.1 - Mechanisms
Lesson 1.1 - Mechanisms
Activity 1.1.1/2 - Simple Machines
Activity 1.1.1/2 - Simple Machines
Mechanical Advantage is the the ratio between the force of resistance and the force of effort (For Actual Mechanical Advantage - Friction/Measured dependent)
OR the ratio between the distance of effort and the distance of resistance (for Ideal Mechanical Advantage - Perfect and frictionless - Calculation based)
Simple Machines - Levers
Simple Machines - Levers
Experimental Results and Extra Practice Examples
Simple Machines - Pulleys, Wheel and Axle, and Inclined Planes
Simple Machines - Pulleys, Wheel and Axle, and Inclined Planes
Experimental Results and Extra Practice Examples
Simple Machines - Wheel and Axle, and Screw
Simple Machines - Wheel and Axle, and Screw
Extra Practice Examples
Activity 1.1.3/4 - Gears, Pulley Drives, and Sprockets
Activity 1.1.3/4 - Gears, Pulley Drives, and Sprockets
Lesson 1.2 - Energy Sources
Lesson 1.2 - Energy Sources
Activity 1.2.1/1.2.2 - Energy Sources and Distribution
Activity 1.2.1/1.2.2 - Energy Sources and Distribution
Activity 1.2.1 - Energy Sources
Activity 1.2.1 - Energy Sources
Activity 1.2.2 - Energy Distribution
Activity 1.2.2 - Energy Distribution
Activity 1.2.3/1.2.4 - Circuit Practice
Activity 1.2.3/1.2.4 - Circuit Practice
Combination Circuit Practice
Combination Circuit Practice
Combination Circuit Practice to visualize and prove Ohm's Law and Kirchhoff's Laws!!
Activity 1.2.5 - Mechanical System Efficiency
Activity 1.2.5 - Mechanical System Efficiency
How Electric Motors Work
How Electric Motors Work
How to make Electric Motors more Efficient
How to make Electric Motors more Efficient
Lesson 1.3 - Energy Applications
Lesson 1.3 - Energy Applications
Activity 1.3.3 - Thermodynamics
Activity 1.3.3 - Thermodynamics
Cooking the perfect Chicken for a huge party in my Super Cooler (Yeti Cooler)!
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