Edexcel physics equations 0.0 / 5 ? PhysicsEquations and FormulaeGCSEEdexcel Created by: charlottehorneCreated on: 19-10-19 09:18 SP1: How do you find distance? Distance travelled= average speed x time 1 of 22 SP1: What's the equation for acceleration? Acceleration= change in velocity ÷ time 2 of 22 SP2: How do you calculate force? Force= mass x acceleration 3 of 22 SP2: What's the calculation for weight? Weight= mass x gravitational field strength 4 of 22 SP2: How do you calculate momentum? Momentum= mass x velocity 5 of 22 SP2: How do you find the work done? Work done= force x distance moved in the direction of the force 6 of 22 SP2: What's the equation for kinetic energy? Kinetic energy= 1/2 x mass x (speed)² 7 of 22 SP3: How do you calculate the change in gravitational potential energy? Change in gravitational potential energy= mass x gravitational field strength x change in vertical height 8 of 22 SP3: What's the calculation for efficiency? Efficiency= (useful energy tranferred by the device)/(total energy supplied to the device) 9 of 22 SP4: How do you calculate wave speed (1)? Wave speed= frequency x wavelength (λ) 10 of 22 SP4: How do you calculate wave speed (2)? Wave speed= distance ÷ time 11 of 22 SP8: How do you find power? Power= work done ÷ time taken 12 of 22 SP9: How do you calculate a moment of a force? Moment of a force= force x distance normal to the direction of the force 13 of 22 SP10: How do you calculate charge? Charge= current x time 14 of 22 SP10: What's the equation for energy transferred? Energy transferred= charge moved x potential difference 15 of 22 SP10: How do you calculate the potential difference? Potential difference= current x resistance (Ohms Law) 16 of 22 SP10: What's the calculation for power? Power= energy transferred ÷ time taken 17 of 22 SP10: How do you find the electrical power (1)? Electrical power= current x potential difference 18 of 22 SP10: How do you find the electrical power (2)? Electrical power= current squared x resistance 19 of 22 SP14: How do you calculate the density? Density= mass ÷ volume 20 of 22 SP15: How do you find the force exerted on a spring? Force exerted on a spring= spring constant x extension 21 of 22 SP15: What's the equation for pressure? Pressure= force normal to surface ÷ area of surface 22 of 22
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