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Forces and motion 3: Acceleration, deceleration, friction, drag effects and terminal velocity - experiments with falling or rolling objects due to gravitational field Doc Brown's Physics exam study revision notes Sub-index for this section on acceleration and deceleration mostly with objects moving under a gravitational field effect 3.1 Introduction to the connection between friction and motion 3.2 How speed/velocity affects drag force, how to increase/reduce it? 3.3 Terminal velocity - ticker taped trolley - running board experiment 3.4 Terminal velocity of a small sphere falling down through a liquid 3.5 Complex behaviour of a falling parachutist: forces & velocities
WHERE NEXT? INDEX of all my physics notes on FORCES and MOTION INDEX of all my physics notes on FORCES Find your GCSE science course for more help links to revision notes Use your mobile phone in 'landscape' mode This is a BIG website, you need to take time to explore it [Website Search Box] Motion and associated forces notes index (including Newton's Laws of Motion) 1. Speed and velocity - the relationship between distance and time, distance-time graphs 2. Acceleration, velocity-time graph interpretation and calculations, problem solving 3. Acceleration, friction, drag effects and terminal velocity experiments 4. Newton's First, Second and Third Laws of Motion, inertia and F = ma calculations 5. Reaction times stopping distances and example calculations 6. Elastic and non-elastic collisions, momentum calculations and Newton's 2nd law of motion HOME PAGE of Doc Brown's Science Basic Science Quizzes for UK KS3 science students aged ~12-14, ~US grades 6-8 Biology * Chemistry * Physics for UK GCSE level students aged ~14-16, ~US grades 9-10 Advanced Level Chemistry for pre-university age ~16-18 ~US grades 11-12, K12 Honors IGCSE AQA GCSE Physics Edexcel GCSE Physics OCR GCSE Gateway Science Physics OCR GCSE 21st Century Science Physics Doc Brown's school physics revision notes: GCSE physics, IGCSE physics, O level physics, ~US grades 8, 9 and 10 school science courses or equivalent for ~14-16 year old students of physics
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