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Vertical Motion • If an object is release from a high position: • The initial velocity, u = 0. • The acceleration of the object = gravitational acceleration = 10ms -2 (or 9.81 ms -2 ). • The displacement of the object when it reach the ground = the height of the original position, h. Lift In Stationary R = mg http://www.one-school.net/notes.html 6 ONE-SCHOOL.NET • If an object is launched vertically upward: • The velocity at the maximum height, v = 0. • The deceleration of the object = -gravitational acceleration = -10ms -2 (or -9.81 ms -2 ). • The displacement of the object when it reach the ground = the height of the original position, h. • When a man standing inside an elevator, there are two forces acting on him. (a) His weight, which acting downward. (b) Normal reaction (R), acting in the opposite direction of weight. • The reading of the balance is equal to the normal reaction.
http://www.one-school.net/notes.html 7 ONE-SCHOOL.NET Moving Upward with positive acceleration Moving downward with positive acceleration R = mg + ma R = mg − ma Moving Upward with constant velocity Moving downward with constant velocity. R = mg R = mg Moving Upward with negative acceleration Moving downward with negative acceleration R = mg − ma R = mg + ma
Page 1 and 2: Relative Deviation Prefixes Units f
Page 3 and 4: Ticker Tape Finding Velocity: Findi
Page 5: Newton’s Second Law mv − mu Fα
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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