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Stationary Points (Maxima/Minima) · CSEC Additional Mathematics

15 past-paper questions on Stationary Points (Maxima/Minima), part of Differentiation, from every CSEC Additional Mathematics paper on Quelpr.

Practise Stationary Points (Maxima/Minima)
  1. 5(a)(i)5 marks· Additional Mathematics Q5 5(a)(i)Determine the coordinates of the stationary points.
  2. 5(a)(i)5 marks· Additional Mathematics Q5 5(a)(i)Find the coordinates of the stationary points of y.
  3. 5(b)(i)5 marks· Additional Mathematics Q5 5(b)(i)Find ALL the stationary points of f(x).
  4. 5(b)(i)3 marks· Additional Mathematics Q5 5(b)(i)Find the coordinates of all the stationary points of the curve y = x^3 - 5x^2 + 3x + 1.
  5. 7(iii)3 marks· Additional Mathematics Q7 7(iii)Find the value of x for which S has a stationary value and the corresponding value of OP.
  6. 8(a)(ii)3 marks· Additional Mathematics Q8 8(a)(ii)If the particle is momentarily at rest, find the time, t, at this position.
  7. 8(a)(ii)4 marks· Additional Mathematics Q8 8(a)(ii)Determine the values of t when the particle is at rest.
  8. 8(a)(iv)3 marks· Additional Mathematics Q8 8(a)(iv)Determine the time at which the maximum velocity occurs.
  9. 8(b)(i)3 marks· Additional Mathematics Q8 8(b)(i)Calculate the values of t when the particle is instantaneously at rest.
  10. 8(b)(i)3 marks· Additional Mathematics Q8 8(b)(i)Find the time when the velocity is at its maximum.
  11. 8(b)(ii)2 marks· Additional Mathematics Q8 8(b)(ii)Determine the maximum velocity.
  12. 8(ii)3 marks· Additional Mathematics Q8 8(ii)Given that t can vary, find the value of t for which A has a stationary value.
  13. 11(ii)2 marks· Additional Mathematics Q11 11(ii)Find the greatest speed of the particle as it travels from A to B.
  14. Q371 mark · multiple choice· CSEC Additional Mathematics · 2014 · Paper 1The curve C is given by the equation y = 2x^3 - 3x^2 - 12x + 6. The values of x at which stationary points occur are
  15. Q371 mark · multiple choice· CSEC Additional Mathematics · 2016 · Paper 1The curve C is given by the equation y = 2x^3 - 3x^2 - 12x + 6. The values of x at which stationary points occur are

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