Question

derive the formula v= u + at by graphical means
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Answer 1

Answer:

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Answer 2

Answer:

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Derivation of v=u +at

Derivation of v=u +atInitial velocity u at A =OA

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BC

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DC

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Ao

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Aov=BD+u

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Aov=BD+uSlope of velocity time graph is equal to acceleration a.

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Aov=BD+uSlope of velocity time graph is equal to acceleration a.BD=at.

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Aov=BD+uSlope of velocity time graph is equal to acceleration a.BD=at.Therefore v=u+at.

Derivation of v=u +atInitial velocity u at A =OAVelocity changes from A To B in time t(uniform acceleration a)Final Velocity v=BCBC=BD+DCv=BD+Aov=BD+uSlope of velocity time graph is equal to acceleration a.BD=at.Therefore v=u+at.Hence proved...

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