0606 P11 - Jun 2025 - Q2 - 4 marks
Solve the inequality \((3-x)(5x+8)\geqslant9-3x\).
0606 P23 - Jun 2025 - Q1 - 2 marks
Solve the inequality \((x+2)(4 x-5) \leqslant 0\).
0606 P22 - Jun 2023 - Q1 - 7 marks
(a) Solve the inequality
\(3x^2-12x+16\gt 3x+4.\)
(b)(i) Write \(3x^2-12x+16\) in the form \(a(x+b)^2+c\), where \(a\), \(b\) and \(c\) are integers.
(b)(ii) Hence write down the equation of the tangent to the curve \(y=3x^2-12x+16\) at the minimum point of the curve.
0606 P23 - Nov 2022 - Q1 - 5 marks
Solve the inequality
\((2x+3)(x-4)\gt (3x+4)(x-1).\)
0606 P21 - Nov 2021 - Q1 - 3 marks
Solve the inequality
\((x+5)(x-2)\gt 3x+6.\)
0606 P22 - Mar 2020 - Q1 - 4 marks
Find the set of values of \(x\) for which
\(12x^2-20x+5 \lt (2x+1)(x-1).\)
0606 P21 - Nov 2020 - Q1 - 3 marks
Solve the inequality
\(|3x+2| \gt 8+x.\)
0606 P22 - Nov 2020 - Q1 - 4 marks
Solve the inequality
\((x-8)(x-10)\gt35.\)
0606 P22 - Mar 2019 - Q4 - 6 marks
(a) Find the values of \(x\) for which \((2x+1)^2\lt 3x+4\).
(b) Show that, whatever the value of \(k\), the equation \(\dfrac{x^2}{4}+kx+k^2+1=0\) has no real roots.
0606 P21 - Jun 2019 - Q1 - 3 marks
Find the values of \(x\) for which \(x(6x+7)\geq20\).
0606 P23 - Jun 2019 - Q1 - 3 marks
Find the values of \(x\) for which \(9x^2+18x-1\lt x+1\).
0606 P21 - Nov 2018 - Q1 - 4 marks
Solve the inequality
\((2-x)(x+9)\lt 10.\)
0606 P22 - Nov 2018 - Q1 - 3 marks
Solve the inequality
\((x-3)(x+4)\gt x+13.\)
0606 P21 - Nov 2017 - Q1 - 4 marks
Solve the inequality \((x-1)(x-5)\gt 12\).