AH Mechanics Notes and Questions
CIMT (Plymouth)
| Mechanics - Notes, Q and A |
AH Mechanics Notes
Pickles Book
SQA
A Level Maths Tutor
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AH Mechanics Questions
Pickles Questions
SQA
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Unit 1
Equations of Motion (Calculus Derivation)Equations of Motion (Graphical Derivation)2D Vector Functions 12D Vector Functions 23D Vector FunctionsRelative Velocity FundamentalsRelative Velocity (Swimmer Crossing River)Position Vectors Problem 1Collision Problem 1Collision Problem 2Collision Problem and Position VectorsProjectiles (Flight Time, Range, Max. Height and Trajectory)Projectiles (Horizontal Projection - Finding Speed)Projectile Motion (Ball Just Clears Wall)Friction with Blocks on SlopesCoefficient of Kinetic Friction on HorizontalCoefficient of Kinetic Friction on SlopeMinimum Force Needed to Overcome FrictionAngle of FrictionForce Needed to Start Moving Block up Rough SlopePulley with Block on Rough Slope and Hanging Mass |
Unit 2Circular Motion (Basics)Centripetal Force with Static FrictionConical Pendulum Analysis
Simple Pendulum AnalysisHooke's Law (Basics)Impulse-Momentum Theorem (Simple Form)Impulse-Momentum Theorem (Calculus Derivation 1)Impulse-Momentum Theorem with 2 ExamplesImpulse-Momentum Theorem with 3rd Equation of MotionImpulse with Constant ForceImpulse-Momentum Theorem (Bouncing Ball at Angle)Momentum Conservation in 2D (Theory)2D Momentum Conservation (Block and Mass)2D Momentum Conservation (Rocket and Gases)Ballistic PendulumWork Done on Rough Slope Against Gravity and FrictionDistance Travelled on Smooth Slope Using Energy ConservationSpeed on Rough Slope Using Work-Energy Theorem or SUVATWork Done on Undulating Slope with FrictionProjectile Motion, Energy Conservation, Hooke's Law and FrictionMotion in a Vertical Circle (Critical Velocity at Top) |
