Physics equations 0.0 / 5 ? PhysicsEquations and FormulaeGCSEAQA Created by: Milly2165Created on: 12-10-20 20:07 Name the equation linking: weight, mass and gfs weight = mass × gravitational field strength (g) 1 of 23 Name the equation linking: work done, force and distance work done = force × distance (along the line of action of the force) 2 of 23 Name the equation linking: spring constant, extension and force applied to the spring force applied to a spring = spring constant × extension 3 of 23 Name the equation linking: moment of a force, distance and force moment of a force = force × distance (normal to direction of force) 4 of 23 Name the equation linking: the force normal to a surface, pressure and area of that surface pressure = force normal to a surface/ area of that surface 5 of 23 Name the equation linking: speed, distance and time distance travelled = speed × time 6 of 23 Name the equation linking: change in velocity, time taken and acceleration acceleration = change in velocity/ time taken 7 of 23 Name the equation linking: mass, force and acceleration resultant force = mass × acceleration 8 of 23 Name the equation linking: mass, velocity and momentum momentum = mass × velocity 9 of 23 Name the equation linking: kinetic energy, speed and mass kinetic energy = 0.5 × mass × (speed)^2 10 of 23 Name the equation linking: gpe, mass, gfs and height gravitational potential energy = mass × gravitational field strength (g) × height 11 of 23 Name the equation linking: power, time and energy transferred power = energy transferred/ time 12 of 23 Name the equation linking: work done, power and time power = work done/ time 13 of 23 Name the equation linking: efficiency, total input energy transfer and useful output energy transfer efficiency = useful output energy transfer/ total input energy transfer 14 of 23 Name the equation linking: useful power output, efficiency and total power input efficiency = useful power output/ total power input 15 of 23 Name the equation linking: frequency, wave speed and wavelength wave speed = frequency × wavelength 16 of 23 Name the equation linking: current, time and charge flow charge flow = current × time 17 of 23 Name the equation linking: current, resistance and potential difference potential difference = current × resistance 18 of 23 Name the equation linking: potential difference, power and current power = potential difference × current 19 of 23 Name the equation linking: power, current and resistance power = (current)2 × resistance 20 of 23 Name the equation linking: power, time and energy transferred energy transferred = power × time 21 of 23 Name the equation linking: charge flow, energy transferred and potential difference energy transferred = charge flow × potential difference 22 of 23 Name the equation linking: mass, density and volume density = mass/volume 23 of 23
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