Density =, Mass / Volume, Energy Transferred =, Charge Flow X Potential Difference, Energy Transferred =, Power X Time, Power =, Current 2 X Resistance, Potential Difference =, Current X Resistance, Charge Flow =, Current X Time, Efficiency =, Useful Output Energy Transfer / Total Input Energy Transfer, Velocity =, Frequency X Wavelength, Gravitational Potential Energy =, Mass X Gravity X Height, Kinetic Energy =, 0.5 X Mass X Speed 2, Momentum =, Mass X Velocity, Resultant Force =, Mass X Acceleration, Acceleration =, Change in Velocity / Time, Distance =, Speed X Time, Force Applied to a Spring =, Constant X Extension, Work Done =, Force X Distance, Weight =, Mass X Gravity
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Physics Equations
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Lilylinke
KS4
Physics
Energy stores and transfers
Work and power
Electric circuits
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