Product and Quotient Rules · CSEC Additional Mathematics
11 past-paper questions on Product and Quotient Rules, part of Differentiation, from every CSEC Additional Mathematics paper on Quelpr.
- 5(a)4 marks· Additional Mathematics Q5 5(a)Differentiate the following expression with respect to x, simplifying your answer: (3x + 4) / (x - 2).
- 5(a)4 marks· Additional Mathematics Q5 5(a)Differentiate the expression (2x^2 + 3) sin 5x with respect to x, simplifying your answer.
- 5(a)4 marks· Additional Mathematics Q5 5(a)Differentiate the expression (1 + 2x)³ (x + 3) with respect to x, simplifying your answer.
- 5(b)4 marks· Additional Mathematics Q5 5(b)Differentiate y = (5x + 3)³sin x with respect to x, simplifying your result as far as possible.
- 5(b)4 marks· Additional Mathematics Q5 5(b)Differentiate y = 2x * sqrt(4 - 8x) with respect to x, simplifying your answer.
- 6(i)2 marks· Additional Mathematics Q6 6(i)Differentiate x² ln x with respect to x.
- 10(b)(i)3 marks· Additional Mathematics Q10 10(b)(i)Given that y = (x - 5)√(x + 4), show that dy/dx = 3(x + 1)/√(x + 4).
- Q371 mark · multiple choice· CSEC Additional Mathematics · 2013 · Paper 1The equation of a curve is given by
y = (x^2 + 2)(x - 1)^3. The gradient function,\frac{dy}{dx}, is given by - Q381 mark · multiple choice· CSEC Additional Mathematics · 2013 · Paper 1If
y = \frac{x^2}{x + 3}, then\frac{dy}{dx}is - Q381 mark · multiple choice· CSEC Additional Mathematics · 2015 · Paper 1If
y = \frac{x^2}{x + 3}, then\frac{dy}{dx}is - Q371 mark · multiple choice· CSEC Additional Mathematics · 2018 · Paper 1
\frac{\mathrm{d}}{\mathrm{d}x}\left(\frac{2x - 1}{5 - x}\right) =
Related topics in Differentiation
- Chain Rule 7
- Concept of the Derivative as Gradient 1
- Derivative as a Rate of Change (Kinematics and Related Rates) 15
- Derivative of x^n 2
- Derivatives of sin ax and cos ax 5
- Equations of Tangents and Normals to Curves 9
- Notation for the First Derivative 1
- Second Derivative Test for Stationary Points 11
- Second Derivatives of Functions 2
- Simple Rules of Differentiation 3
- Stationary Points (Maxima/Minima) 15
- Velocity-Time Graphs and Acceleration 21