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Variable acceleration in one dimensionEdexcel A-Level Further Maths: Mind map

Relationships
a = f(t)

Variable acceleration

calculus and motion

integratedifferentiateseparate
v = f(t)
a = f(v)
Exam tips

Exam questions on Variable acceleration in one dimension

  1. A particle PP moves in a straight line. At time tt seconds, where t≥0t\ge0, its acceleration is (6t−12)(6t-12) m s⁻² in the positive direction. At t=0t=0, PP is at the origin OO with velocity 9 m s⁻¹ in the positive direction.
    Find the times at which PP is instantaneously at rest.2 marks
  2. A sports car accelerates from rest along a straight, level track. At time tt seconds its velocity is vv m s⁻¹ and its acceleration is 60−v20\frac{60-v}{20} m s⁻².
    Find the time taken for the car to reach 90% of its limiting speed.2 marks
  3. A particle PP moves along the xx-axis. At time tt seconds its velocity in the positive xx-direction is 6cos⁡2t6\cos2t m s⁻¹. At t=0t=0, PP is at the point with coordinate x=1x=1. Angles are in radians.
    Find an expression for xx in terms of tt.3 marks
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Written by the Exaim team, led by Shaun Daswani (Head of Upper Secondary, Improve ME Institute; MSc Financial Mathematics, Imperial College London; BSc, UCL) and Jason Daswani (operational lead, Improve ME Institute; LSE).