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Constant Acceleration Equations

Mathematics · Class 12

For constant a, v=u+at and s=s0+ut+(12)at² follow by integration.

Constant acceleration equations
rule
worked example
Constant acceleration equations: For constant a, v=u+at and s=s0+ut+(12)at^2 follow by integration.
CONCEPT AND RULE: For constant a, v=u+at and s=s0+ut+(12)at^2 follow by integration.
METHOD: For constant acceleration equations, identify the given information and required result. Select the
For constant a, v=u+at and s=s0+ut+(12)at² follow by integration.
Worked pattern: u=5, a=2, t=3 gives v=11 and displacement 24.

Right triangle — Constant Acceleration Equations — original sketch for this lesson (not copied from a textbook).