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help i speed time graph pls
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help i speed time graph pls
there is a formula no?what is itSpeed time .. hmm Speed-Time .. Integrate the speed equation to get the distance and differentiate the speed equation to get the gradient (acceleration).
there is a formula no?what is it
also to draw graph there is curvesDifferential of Displacement with respect to time = Speed
Differential of Speed with respect to time = Acceleration
Integration of Acceleration = Speed
Integration of Speed = Displacement
(u-v)/t
LOL my pic is crazy ..crazy pic u got;now tell me pls how to increase speed when aswering
do u hav examiners tips for mathsLOL my pic is crazy ..![]()
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No...do u hav examiners tips for maths![]()
http://www.scribd.com/sahmozac/d/5658192-TIPS-FOR-ADDITIONAL-MATHEMATICSdo u hav examiners tips for maths![]()
if some one ans my question it would have contained ur anshow do we find the velocity in the form of i and j vectors when we are given the speed and the position vector!!
should we learn other formulas of kinematics like v=u+at and s=ut+1/2at^2 ?? please tell these are in the book under the topic equation of motion with constant acceleration. but i never used them in the pastpapers. it's urgentDifferential of Displacement with respect to time = Speed
Differential of Speed with respect to time = Acceleration
Integration of Acceleration = Speed
Integration of Speed = Displacement
(u-v)/t
to find that you must have a direction too of the speed which is usually given in the question. By using that form a right angled triangle and find the i and j components. see the example of question which came in may june 2008.how do we find the velocity in the form of i and j vectors when we are given the speed and the position vector!!
As you have found the derivative in the first part now integrate it separately and equate it to the original equation then solve.
how do we integrate separately?As you have found the derivative in the first part now integrate it separately and equate it to the original equation then solve.
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