Kinematics - Differentiating Displacement and Velocity

Kinematics - Differentiating Displacement and Velocity

TGM Original Questions

A particle moves in a straight line from a point \(O\), such that \(t\) seconds after leaving \(O\), its velocity, \(v\) m/s is given by \(v = e^{0.2t} + 4\).

  1. Calculate the initial acceleration of the particle.
  2. Calculate the displacement of the particle when \(t = 2\) s
  3. Will the particle return to \(O\)?

Video Solution:

Video Solution

Video solution locked

A free account saves your progress; this video needs a course plan.

Solution:

Solution locked

680+ questions here come with free worked solutions. A free account saves your questions and progress; this one needs a course plan.

Answer:(a) \(0.2\text{ m s}^{-2}\); (b) \((5e^{0.4}+3)\text{ m}\); (c) No

Need help? Join our A-Maths tuition classes.

Learn more