Edexcel Core Mathematics C1 January 2012
Related Topics:
More Lessons for A Level Maths
Math Worksheets
Questions and Worked Solutions for C1 Edexcel Core Mathematics January 2012.
Edexcel Core Mathematics C1 January 2012 Past Paper
Core 1 Mathematics Edexcel January 2012 Question 1
Differentiation, Integration
Given that y = x4 + 6x1/2 find in their simplest form
(a) dy/dx (b) ∫y dx Core 1 Mathematics Edexcel January 2012 Question 2
Surds, Rationalising Surds
2. (a) Simplify √32 + √18 giving your answer in the form a√2 , where a is an integer. (b) Simplify (√32 + √18)/(3 + √2) giving your answer in the form b√2 + c, where b and c are integers.
Core 1 Mathematics Edexcel January 2012 Question 3
Linear Inequality, Quadratic Inequality
3. Find the set of values of x for which
(a) 4x - 5 > 15 - x (b) x(x - 4) > 12 Core 1 Mathematics Edexcel January 2012 Question 4
Sequences
4. A sequence x1, x2, x3,,... is defined by
x1 = 1
xn+1 = axn + 5, n ≥ 1 where a is a constant.
Intersecting Curves, Curve Sketching
The curve C has equation y = x(5 -x) and the line L has equation 2y = 5x + 4
(a) Use algebra to show that C and L do not intersect.
(b) In the space on page 11, sketch C and L on the same diagram, showing the coordinates of the points at which C and L meet the axes. Core 1 Mathematics Edexcel January 2012 Question 6
Gradient of a Straight Line, Equation of a Perpendicular Line
The line l1 has equation 2x - 3y + 12 = 0
(a) Find the gradient of l1 The line l1 crosses the x-axis at the point A and the y-axis at the point B, as shown in Figure 1.
The line l2 is perpendicular to l1 and passes through B.
(b) Find an equation of l2. The line l2 crosses the x-axis at the point C.
(c) Find the area of triangle ABC. More Questions
You can use the free Mathway calculator and problem solver below to practice Algebra or other math topics. Try the given examples, or type in your own problem and check your answer with the step-by-step explanations.
More Lessons for A Level Maths
Math Worksheets
Questions and Worked Solutions for C1 Edexcel Core Mathematics January 2012.
Edexcel Core Mathematics C1 January 2012 Past Paper
Core 1 Mathematics Edexcel January 2012 Question 1
Differentiation, Integration
Given that y = x4 + 6x1/2 find in their simplest form
(a) dy/dx (b) ∫y dx Core 1 Mathematics Edexcel January 2012 Question 2
Surds, Rationalising Surds
2. (a) Simplify √32 + √18 giving your answer in the form a√2 , where a is an integer. (b) Simplify (√32 + √18)/(3 + √2) giving your answer in the form b√2 + c, where b and c are integers.
Linear Inequality, Quadratic Inequality
3. Find the set of values of x for which
(a) 4x - 5 > 15 - x (b) x(x - 4) > 12 Core 1 Mathematics Edexcel January 2012 Question 4
Sequences
4. A sequence x1, x2, x3,,... is defined by
x1 = 1
xn+1 = axn + 5, n ≥ 1 where a is a constant.
(a) Write down an expression for x2 in terms of a.
(b) Show that x3 = a2 + 5a + 5
Given that x3 = 41
(c) find the possible values of a.
Intersecting Curves, Curve Sketching
The curve C has equation y = x(5 -x) and the line L has equation 2y = 5x + 4
(a) Use algebra to show that C and L do not intersect.
(b) In the space on page 11, sketch C and L on the same diagram, showing the coordinates of the points at which C and L meet the axes. Core 1 Mathematics Edexcel January 2012 Question 6
Gradient of a Straight Line, Equation of a Perpendicular Line
The line l1 has equation 2x - 3y + 12 = 0
(a) Find the gradient of l1 The line l1 crosses the x-axis at the point A and the y-axis at the point B, as shown in Figure 1.
The line l2 is perpendicular to l1 and passes through B.
(b) Find an equation of l2. The line l2 crosses the x-axis at the point C.
(c) Find the area of triangle ABC. More Questions
Rotate to landscape screen format on a mobile phone or small tablet to use the Mathway widget, a free math problem solver that answers your questions with step-by-step explanations.
You can use the free Mathway calculator and problem solver below to practice Algebra or other math topics. Try the given examples, or type in your own problem and check your answer with the step-by-step explanations.
We welcome your feedback, comments and questions about this site or page. Please submit your feedback or enquiries via our Feedback page.