Tag
Torque
677 free resources tagged Torque: tools, labs, worksheets, cheat sheets, and infographics.
Tools
Physics Torque & Rotational Motion Calculator Physics Rigid Body Dynamics Calculator Physics Belt and Pulley Drive Calculator Physics Gear Train Calculator Applied Math Mechanism Design Explorer Physics Simple Machines for Kids Physics Simple Machines Physics Physics Gear Ratio Explorer Physics Torque & Levers Explorer
Labs
Applied Math Build-It-from-Pieces Lab Physics Simple Machines & Mechanical Advantage Lab Physics Gear Trains & Power Transmission Lab Physics Rotational Equilibrium & Torque Lab Physics Mechanism Design Explorer Lab Physics Tower Stability Lab Physics Wind Turbine Blade Design Lab Physics Center of Mass & Balance Lab Physics Tower Strength Lab Engineering Beam Loading Lab Engineering Beam Deflection & Stiffness Lab
Worksheets
Physics Science: Simple Machines Physics Physics: Rotational Motion and Torque Science Simple Machines: Levers and Ramps Physics Physics: Simple Machines Pulleys Wheels and Gears Physics Physics: AP Physics 1: Rotational Kinematics and Dynamics Physics Physics: AP Physics C Mechanics: Center of Mass and Moment of Inertia Physics Physics: Balancing Act: Levers, See-Saws, and Center of Mass Physics Physics: Toys in Motion: Balls, Cars, and Tops Physical Education Physical Education: Throwing, Catching, and Kicking Skills Physics Physics: Forces and Machines Physics Physics: Torque, Equilibrium, and Bridge Loads
Cheat Sheets
Physics Rotational Motion & Torque Physics Simple Machines & Mechanical Advantage Physics Dynamics Particle and Rigid Body Motion Physics Rotational Motion and Angular Momentum Physics Statics Equilibrium and Free-Body Diagrams Physics Angular Momentum Conservation Reference Physics Larmor Precession Reference Physics Magnetic Force on Charges & Currents Physics Moment of Inertia Reference Table Physics Pendulums (Simple, Physical, Torsional) Physics A-Level Mechanics Formula Sheet Annotated Physics Torque and Rotational Equilibrium Worked Examples Science Simple Machines for Young Scientists Engineering Bridge Types & Load Distribution Engineering Civil Engineering & Structures Engineering Mechanical Engineering Basics Engineering Statics, Forces & Free-Body Diagrams Engineering Beam Diagrams & Loading Types Engineering Belt & Chain Drive Design Reference Engineering Bolted Joint Strength Reference Engineering Cantilever & Beam Deflection Formulas Engineering Gear Train Design & Ratios Engineering Power Screws & Lead Reference Engineering Shaft Design & Torsion Reference Engineering Stepper, Servo & DC Motor Comparison Engineering Threaded Fasteners Reference Engineering Wind Turbine Power & Betz Limit Engineering Bolt Preload and Torque-Tension Relationship Engineering Three-Moment Equation for Continuous Beams Robotics DC Motors, Servos & Steppers Comparison Robotics Drone Anatomy & Flight Reference Robotics Mobile Robot Drivetrains Robotics Gear Ratios & Torque for Robots Robotics Robot Chassis & Drivetrain Design Aviation Center of Gravity Aviation Weight and Balance for Drones
Infographics
Physics Torque & Rotational Motion Physics Levers and the Seesaw Physics Wheels and Axles Physics Simple Machines Around Us Physics Levers Physics Rolling and Sliding Physics Simple Machines Physics Wheels and Axles Physics Simple Machines Physics The Physics of a Skateboard Ollie Physics How Wind Turbines Generate Power Physics How Electric Motors Work Physics How Magnets Drive Electric Motors Physics Physics: Equilibrium of Forces Physics Physics: Moment of Inertia Physics Physics: Angular Momentum Conservation Physics Physics: Rotational Kinetic Energy Physics Physics: Rolling Without Slipping Physics Physics: Torque and Angular Acceleration Physics Physics: Equilibrium of Rigid Bodies Physics Physics: Gyroscopic Precession Physics Physics: The Parallel Axis Theorem Physics Physics: Rotational vs Linear Motion Physics Physics: The Physics of Spinning Tops Physics Physics: Magnetic Force on a Current Physics Physics: Center of Gravity and Stability Math Archimedes: Pioneer of Classical Mathematics and Mechanics Math Math: The Cross Product Calculus Calculus: Center of Mass of a Solid Geometry Geometry: Medians and the Centroid Engineering Mechanical Engineering: Simple Machines in Modern Design Engineering Gears, Torque, and Speed Engineering How an Electric Car Works Engineering How Helicopters Fly Engineering How Drones Stay in the Air Engineering How Bicycles Balance Engineering How Motorcycle Gears Work Engineering How Elevators Move Up and Down Engineering How Garbage Disposals Work Engineering How Locks and Keys Work Engineering Engineering: Shear and Moment Diagrams Engineering Engineering: Beam Bending and the Flexure Formula Engineering Engineering: Torsion of Shafts Engineering Engineering: Area Moment of Inertia Engineering Engineering: Centroid of an Area Engineering Engineering: Combined Loading Engineering Engineering: Statically Determinate vs Indeterminate Engineering Engineering: Buoyancy and Floating Stability Engineering Engineering: Electric Motor Types Compared Engineering Engineering: Machining (Turning and Milling) Engineering Engineering: Wind Loads on Structures Engineering Engineering: Steel Connections Engineering Engineering: Cantilever Structures Engineering Engineering: Moment of a Force Engineering Engineering: Bearing Types Engineering Engineering: Gear Types Compared Engineering Engineering: Spur Gear Geometry Engineering Engineering: Belt and Pulley Drives Engineering Engineering: Chain Drives Engineering Engineering: Threaded Fasteners and Bolts Engineering Engineering: Bolted Joint Analysis Engineering Engineering: Shaft Design Engineering Engineering: Shaft Couplings Engineering Engineering: Clutches Engineering Engineering: Disc and Drum Brakes Engineering Engineering: Keys and Splines Engineering Engineering: Power Screws Engineering Engineering: How a Blender Works Engineering Engineering: How a Can Opener Works Engineering Engineering: How a Garage Door Opener Works Engineering Engineering: How a Combination Lock Works Engineering Engineering: How a Sewing Machine Works Astronomy How Mars Rovers Move and Explore Art & Design Balance in Composition Robotics Robot Motors Explained Robotics How a Robot Arm Works Robotics Torque, Gears, and Speed Robotics Center of Mass and Robot Stability Robotics Wheels, Tracks, and Legs Robotics Simple Machines Inside Robots Robotics Drones as Flying Robots Robotics Humanoid Robots Robotics How Robot Arms Move With Joints and Motors Robotics How Humanoid Robots Balance Robotics Robotics: Omni Wheel Robotics Robotics: Swerve Drive Module Robotics Robotics: Tank Tread Drive Robotics Robotics: Differential Drive Robotics Robotics: Whegs (Wheel-Leg Hybrid) Robotics Robotics: Bipedal Leg Mechanism Robotics Robotics: Quadruped Leg Mechanism Robotics Robotics: Hexapod Leg Mechanism Robotics Robotics: Spherical Robot Drive Robotics Robotics: Screw Drive Locomotion Robotics Robotics: Flipper Track Mechanism Robotics Robotics: Snake Robot Locomotion Robotics Robotics: Mecanum vs Omni vs Swerve Robotics Robotics: Servo Motor Anatomy Robotics Robotics: Brushed DC Motor Robotics Robotics: Brushless DC Motor (BLDC) Robotics Robotics: Stepper Motor Robotics Robotics: Linear Actuator Robotics Robotics: Continuous Rotation Servo Robotics Robotics: Series Elastic Actuator Robotics Robotics: Geared DC Motor Robotics Robotics: Electronic Speed Controller (ESC) Robotics Robotics: Field-Oriented Control (FOC) Robotics Robotics: Direct Drive Motor Robotics Robotics: Servo vs Stepper vs DC Motor Robotics Robotics: Twisted String Actuator Robotics Robotics: Torque Motor (Frameless) Robotics Robotics: Stall Torque and Torque-Speed Curve Robotics Robotics: Planetary Gearbox Robotics Robotics: Harmonic Drive (Strain Wave Gear) Robotics Robotics: Cycloidal Drive Robotics Robotics: Spur Gear Train Robotics Robotics: Bevel Gears Robotics Robotics: Worm Gear Robotics Robotics: Rack and Pinion Robotics Robotics: Gear Differential Robotics Robotics: Timing Belt Drive Robotics Robotics: Chain and Sprocket Drive Robotics Robotics: Lead Screw and Ball Screw Robotics Robotics: Capstan Drive Robotics Robotics: Cable-Driven Joint (Tendon Drive) Robotics Robotics: Four-Bar Linkage Robotics Robotics: Slider-Crank Mechanism Robotics Robotics: Cam and Follower Robotics Robotics: Geneva Mechanism Robotics Robotics: Universal Joint (U-Joint) Robotics Robotics: Constant-Velocity Joint Robotics Robotics: Backlash and Anti-Backlash Gears Robotics Robotics: Gear Reduction Stages Robotics Robotics: Belt Tensioner Systems Robotics Robotics: Clutch Mechanism Robotics Robotics: Torsion Spring Mechanism Robotics Robotics: Revolute Joint Robotics Robotics: Spherical Joint Robotics Robotics: SCARA Arm Configuration Robotics Robotics: Robot Wrist Mechanism Robotics Robotics: Flexure Hinge Robotics Robotics: Reaction Wheel Robotics Robotics: Control Moment Gyroscope Robotics Robotics: Two-Axis Gimbal Robotics Robotics: Three-Axis Gimbal Stabilizer Robotics Robotics: Inverted Pendulum Balancing Robotics Robotics: Self-Balancing Two-Wheel Robot Robotics Robotics: Flywheel Stabilization Robotics Robotics: Active Counterweight Balancing Robotics Robotics: Six-Axis Force-Torque Sensor Robotics Robotics: Motor Current Sensor Robotics Robotics: Servo Driver Board Robotics Robotics: Three-Finger Adaptive Gripper Robotics Robotics: Anthropomorphic Robot Hand Robotics Robotics: Underactuated Tendon Hand Robotics Robotics: Two-Stage Telescoping Gripper Robotics Robotics: Scissor-Lift Mechanism Robotics Robotics: Pinch Gripper Linkage Robotics Robotics: Shaft Coupling Robotics Robotics: Bearing Preload and Mounting School Projects Straw Tower Engineering Challenge School Projects Rubber Band-Powered Boat Project School Projects Build a Simple Catapult Project School Projects School Projects Using Paper Plates School Projects Recycled Transportation Model Project School Projects Spaghetti and Marshmallow Tower Challenge School Projects Build 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Motorsport Engineering GT Racing The Sequential Gearbox in GT Motorsport Engineering GT Racing Front-Engine vs Mid-Engine GT Motorsport Engineering Monster Truck How a Monster Truck Works Motorsport Engineering Monster Truck Engine Power and Methanol Fuel Motorsport Engineering Monster Truck Four-Wheel Steering Motorsport Engineering Monster Truck Weight and Center of Gravity Motorsport Engineering Monster Truck Freestyle and Donuts Motorsport Engineering Monster Truck Tire Grip and Traction Motorsport Engineering Monster Truck Wheelies and Balance Motorsport Engineering Monster Truck Steering Both Axles Motorsport Engineering Monster Truck Horsepower vs Weight Motorsport Engineering Electric Race Car vs Petrol Race Car Ships and Submarines Ships and Submarines: The Righting Moment Ships and Submarines Ships and Submarines: Trim and List Ships and Submarines Ships and Submarines: Marine Propellers Ships and Submarines Ships and Submarines: The Marine Diesel Engine Ships and Submarines 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