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A-LevelMathematicsMechanics9709/43 · Oct/Nov 2022 · Q47 Marks

A particle P travels in the positive direction along a straight line with constant acceleration. P travels a distance of 52 m during the 2nd second of its motion and a distance of 64 m during the 4th second of its motion.

  1. (a)Find the initial speed and the acceleration of P.[5]
  2. (b)Find the distance travelled by P during the first 10 seconds of its motion.[2]

Mark scheme

Marking points from the official mark scheme (Oct/Nov 2022). The mark or mark type is shown in brackets.

  1. [M1] 52=u(2)+0.5a(2)² - (u(1)+0.5a(1)²) or 64= u(4)+0.5a(4)² - (u(3)+0.5a(3)²) Use of s = ut + ½ at² or equivalent to form equation for 2nd or 4th second.
  2. [M1] Second equation in u and a.
  3. [A1] 52=u+1.5a and 64=u+3.5a Two correct equations in u and a.
  4. [M1] 12=2a leading to a = 6 Solves simultaneous equations to find either u or a.
  5. [A1] Initial speed = 43 ms¯¹ and acceleration = 6 ms¯²
  6. [M1] s = 43×10+0.5×6×10² Use of s = ut + ½ at² or equivalent.
  7. [A1 FT] Distance = 730m FT 10u+50a with u and a from part (a).

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About this question

Topic
Mechanics, A-Level Mathematics (syllabus 9709). Structured question, 7 marks.
Source
A-Level Mathematics, Oct/Nov 2022 Paper 4 Variant 3, question 4.

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