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Average Speed Velocity Acceleration a v = s t v−u = t Equation of Linear Motion Motion with constant velocity s v = t http://www.one-school.net/notes.html Force and Motion Average Speed = Total Distance Total Time v = velocity (ms -1 ) s = displacement (m) t = time (s) a = acceleration (ms -2 ) v = final velocity (ms -1 ) u = initial velocity (ms -1 ) t =time for the velocity change (s) Linear Motion Motion with constant acceleration v = u + at 1 s = ( u + v) t 2 s = ut + 2 1 at 2 2 2 v = u + 2as u = initial velocity (ms -1 ) v = final velocity (ms -1 ) a = acceleration (ms -2 ) s = displacement (m) t = time (s) 2 Motion with changing acceleration Using Calculus (In Additional Mathematics Syllabus) ONE-SCHOOL.NET
Ticker Tape Finding Velocity: Finding Acceleration: Graph of Motion Gradient of a Graph http://www.one-school.net/notes.html s velocity = number of ticks × 0.02s 1 tick = 0.02s 3 a ONE-SCHOOL.NET v−u = t a = acceleration (ms -2 ) v = final velocity (ms -1 ) u = initial velocity (ms -1 ) t = time for the velocity change (s) The gradient 'm' of a line segment between two points and is defined as follows: Change in y coordinate, Δy Gradient, m = Change in x coordinate, Δx or Δy m = Δx
Page 1: Relative Deviation Prefixes Units f
Page 5 and 6: Newton’s Second Law mv − mu Fα
Page 7 and 8: http://www.one-school.net/notes.htm
Page 9 and 10: Inclined Plane Forces In Equilibriu
Page 11 and 12: Density Pressure F P = A http://www
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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