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1. (a) features you should notice about a graph 2. (a) features you should notice about a graph(1) basic curves 3. (a) features you should notice about a graph(1) basic curvesthe…
(a) features you should notice about a graph (a) features you should notice about a graph (1) basic curves (a) features you should notice about a graph (1) basic curves the…
1. (a) features you should notice about a graph 2. (a) features you should notice about a graph(1) basic curves 3. (a) features you should notice about a graph(1) basic curves…
dynamics dynamics newtonâs laws of motion dynamics newtonâs laws of motion law 1 â corpus omne perseverare in statu suo quiescendi vel movendi uniformiter, nisi quatenus…
1. (c) transformations 2. (c) transformationsgiven that the graph y = f(x) can be sketches, then it is possible to buildother sketches through appropriate transformations.…
1. dynamics 2. dynamics newton’s laws of motion 3. dynamics newton’s laws of motion law 1 “ corpus omne perseverare in statu suo quiescendi vel movendi uniformiter,…
1. motion around abanked curve 2. motion around abanked curve 3. motion around abanked curve 4. motion around abanked curven 5. motion…
1. (c) transformations 2. (c) transformationsgiven that the graph y = f(x) can be sketches, then it is possible to buildother sketches through appropriate transformations.…
1. circular motion 2. circular motion angular velocity 3. circular motion angular velocity o r letobe the centre of a circle, radiusrunits. 4. circular motion angular velocity…
1. (c) transformations 2. (c) transformations given that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.…
1. the conical pendulum 2. the conical pendulum a p 3. the conical pendulum a h o r p 4. the conical pendulum a force diagram h o r p 5. the conical pendulum…
1. acceleration with uniformcircular motion 2. acceleration with uniformcircular motion uniform circular motion is when a particle moves with constant angular velocity. 3.…
1. (j) other graphse.g. (i) (2003) the diagram shows the graph of y = f(x) draw separate sketches of the graphs of the following; 2. 1i y f x 3. 1i …
1. motion around abanked curve 2. motion around abanked curve 3. motion around abanked curve 4. motion around abanked curven 5. motion…
1. (j) other graphs e.g. (i) (2003) the diagram shows the graph of y = f(x) draw separate sketches of the graphs of the following; 2. xf yi 1 3. …
1. circular motion 2. circular motion angular velocity 3. circular motion angular velocity let o be the centre of a circle, radius r units. o r 4. circular motion angular…
1. miscellaneous dynamics questions e.g. (i) (1992) – variable angular velocity the diagram shows a model train t that is moving around a circular track, centre o and radius…
1. the conical pendulum 2. the conical pendulum a p 3. the conical pendulum a h o r p 4. the conical pendulum a force diagram h o r p 5. the conical pendulum…
(j) other graphs e.g. (i) (2003) the diagram shows the graph of y = f(x) draw separate sketches of the graphs of the following; xfyi 1 xfyi…
resisted motion resisted motion resistance is always in the opposite direction to the motion. resisted motion resistance is always in the opposite direction to the motion.…