AM Indices Surds and Logarithm Practice Q1
AM Indices Surds and Logarithm Practice Question 1 The triangle $ABC$ is such that its area is $frac{1}{4}left( 12+9sqrt{3} right)$ cm$^{2}$, the length of $AB$ is $left( sqrt{3}+2 right)$cm and
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AM Indices Surds and Logarithm Practice Question 1 The triangle $ABC$ is such that its area is $frac{1}{4}left( 12+9sqrt{3} right)$ cm$^{2}$, the length of $AB$ is $left( sqrt{3}+2 right)$cm and
AM Applications of Differentiation Practice Question 1 The diagram shows part of the curve $y=xleft( frac{k}{sqrt{x}}-1 right)$, where $A$ is a point on the curve and $k$ is a positive
AM Coordinate Geometry Practice Question 1 The figure shows a right-angled triangle $ABC$, where points $A$, $B$ and $C$ are $Aleft( -2,8 right)$, $left( k,0 right)$ and $left( 10,4 right)$
3 AM Quadratic Functions Practice Q2 In a game called Aim-High, a player places his token at a fixed point, then chooses one of three given options to release the
3 AM Quadratic Equations Practice Q1 The line of symmetry of a quadratic curve is $x=3$. Write down a possible equation of the curve for which (a) it lies completely
Sec 3 AM Trigonometry Applications to Real-Life: The Singapore Flyer, Ferris Wheel The Singapore Flyer is the world’s largest Ferris Wheel as in year 2008. Its wheel has a radius
Sec 3 AM Quadratic Equations Q&A Question 1 Explain why the equation $sqrt{{{x}^{2}}+3x+7}+sqrt{{{x}^{2}}+3x-9}=2$ has no real roots. Suggested Video Solutions Suggested Handwritten Solutions