6.3 Work Done by a Force
Work Done by a Force Work Done by a Force Force (F in N): 50 Displacement (d in m): 5 […]
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6.5 Work Done by a Variable Force
Work Done by a Variable Force Work Done by a Variable Force Select Force Function: Linear: F(x) = xQuadratic: F(x)
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6.8 Conservation of Mechanical Energy
Conservation of Mechanical Energy Conservation of Mechanical Energy Mass (kg): 1 Height (m): 10 Start Reset Potential Energy: 0 J
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6.9 Potential Energy of a Spring
Potential Energy of a Spring Potential Energy of a Spring Displacement x (m): 0 Start Reset Force ( F_s ):
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7.4 2D Collision Simulation
2D Collision Simulation 2D Collision Simulation (Elastic & Inelastic) Mass m₁ (kg): 2 Mass m₂ (kg): 3 Initial Velocity v₁i
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7.6 Translational
Translational vs Rolling vs Rotational Motion Translational, Rolling & Rotational Motion Incline Angle (θ): 30° Mode: Pure TranslationRolling MotionFixed Axis