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Energy Kinetic Energy 1 EK= mv 2 2 http://www.one-school.net/notes.html EK = Kinetic Energy (J) m = mass (kg) v = velocity (ms -1 ) Gravitational Potential Energy EP = mgh EP = Potential Energy m = mass (J) (kg) g = gravitational acceleration (ms -2 ) h = height (m) Elastic Potential Energy 1 2 EP = kx 2 1 EP= Fx 2 Power and Efficiency Power Efficiency Hooke’s Law F = kx W P = t E P = t EP = Potential Energy (J) k = spring constant (N m -1 ) x = extension of spring (m) F = Force (N) P = power (W or Js -1 ) W = work done (J or Nm) E = energy change (J or Nm) t = time (s) Useful Energy Efficiency = × 100% Energy Or Power Output Efficiency = 100% Power Input × F = Force (N or kgms -2 ) k = spring constant (N m -1 ) x = extension or compression of spring (m) 10 ONE-SCHOOL.NET
Density Pressure F P = A http://www.one-school.net/notes.html Force and Pressure ρ = 11 m V ρ = density (kg m -3 ) m = mass (kg) V = volume (m 3 ) P = Pressure (Pa or N m -2 ) A = Area of the surface (m 2 ) F = Force acting normally to the surface (N or kgms -2 ) Liquid Pressure P= hρg h = depth ρ = density (m) (kg m -3 ) g = gravitational Field Strength (N kg -1 ) Pressure in Liquid P = P + hρg atm Gas Pressure Manometer h = depth (m) ρ = density (kg m -3 ) g = gravitational Field Strength (N kg -1 ) Patm = atmospheric Pressure (Pa or N m -2 ) P = P + hρg atm Pgas = Pressure (Pa or N m -2 ) Patm = Atmospheric Pressure (Pa or N m -2 ) g = gravitational field strength (N kg -1 ) ONE-SCHOOL.NET
Page 1 and 2: Relative Deviation Prefixes Units f
Page 3 and 4: Ticker Tape Finding Velocity: Findi
Page 5 and 6: Newton’s Second Law mv − mu Fα
Page 7 and 8: http://www.one-school.net/notes.htm
Page 9: Inclined Plane Forces In Equilibriu
Page 13 and 14: Pascal’s Principle Archimedes Pri
Page 15 and 16: Charles’s Law (Requirement: Press
Page 17: Astronomical Telescope Magnificatio

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