Calculations from mousetrap cars * Total Rolling Friction * Coefficient of Rolling Friction * Total Potential Energy * Maximum Total Kinetic Energy * Work Done Moving Car * Gear Ratios * Mouse Trap Spring Constant * Rotational Inertia of Wheels * Pulling Distance and Gear Ratio * Max Acceleration before Tire Slippage * Predicted Total Travel Distance * Efficiency with Distance Cars * Efficiency with Speed Cars * Center of Mass * Normal force on Wheels * Min String Tension Needed to Move * Calculate Tire Grip on Floor Graphing Ideas for mousetrap powered cars * distance vs .
(Maximum Total Kinetic Energy * Work Done; Moving; ) (Min String Tension Needed; to Move; Calculate Tire Grip; on Floor Graphing Ideas; vs)
Maximum Total Kinetic Energy * Work Done Min String Tension Needed
Moving to Move
Calculate Tire Grip on Floor Graphing Ideas vs