• We need your support!

    We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
    Click here to Donate Now (View Announcement)

Maths, Addmaths and Statistics: Post your doubts here!

Messages
886
Reaction score
1,252
Points
153
Differential 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
also to draw graph there is curves
 
Messages
8
Reaction score
0
Points
11
how do we find the velocity in the form of i and j vectors when we are given the speed and the position vector!!
 
Messages
313
Reaction score
50
Points
38
Differential 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
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 urgent
 
Messages
313
Reaction score
50
Points
38
how do we find the velocity in the form of i and j vectors when we are given the speed and the position vector!!
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.
 
Top