Maths · Topic 1: Year 10
Graphs
Straight-line graphs and their equations, parallel and perpendicular lines, distance-time and velocity-time graphs, real-life graphs, midpoints and line segments, and the shapes of quadratic, cubic, reciprocal, exponential, circle and trigonometric graphs.
Lessons
Ticks are remembered on this device only.
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1
Linear graphs
Straight-line graphs from a table of values, the gradient as "change in y over change in x", and reading the gradient and y-intercept straight from y = mx + c.
5 terms -
2
More linear graphs
Finding the equation of a line from a point and a gradient or from two points, spotting parallel lines, drawing lines like 3x + 2y = 12 - and at Higher…
4 terms -
3
Graphing rates of change
The gradient of a graph is a rate of change. On a distance-time graph it is the speed; at Higher, on a velocity-time graph it is the acceleration, and the area…
6 terms -
4
Real-life graphs
Conversion graphs, cost graphs with a fixed charge, comparing two deals, and matching the shape of a container to the graph of its depth as it fills - reading…
4 terms -
5
Line segments
The midpoint and length of a line segment from its end points, working back from a midpoint to a missing end - and at Higher, the equation of the perpendicular…
4 terms -
6
Quadratic graphs
Plotting y = ax² + bx + c from a table of values, reading off its roots, turning point, line of symmetry and y-intercept, and using the graph to solve…
5 terms -
7
Cubic and reciprocal graphs
Plotting cubic graphs such as y = x³ − 4x and reciprocal graphs such as y = 12/x, and recognising linear, quadratic, cubic and reciprocal graphs by their shape.
4 terms -
8
More graphs
Exponential growth and decay graphs y = ab^x, circles centred at the origin x² + y² = r², and the graphs of sine, cosine and tangent - with how to use each to…
5 terms
Downloads
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- Linear graphs.pptx Built from the lesson script on 29 September 2026. View
- Linear graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Linear graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- More linear graphs.pptx Built from the lesson script on 29 September 2026. View
- More linear graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- More linear graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- Graphing rates of change.pptx Built from the lesson script on 29 September 2026. View
- Graphing rates of change - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Graphing rates of change - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- Real-life graphs.pptx Built from the lesson script on 29 September 2026. View
- Real-life graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Real-life graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- Line segments.pptx Built from the lesson script on 29 September 2026. View
- Line segments - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Line segments - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- Quadratic graphs.pptx Built from the lesson script on 29 September 2026. View
- Quadratic graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Quadratic graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- Cubic and reciprocal graphs.pptx Built from the lesson script on 29 September 2026. View
- Cubic and reciprocal graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- Cubic and reciprocal graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
- More graphs.pptx Built from the lesson script on 29 September 2026. View
- More graphs - Completed Notes.docx The full notes for the lesson, to revise from. Built from the lesson script on 29 September 2026. View
- More graphs - Exam Questions.docx Built from the lesson script on 29 September 2026. View
Key terms in this chapter
All 37, gathered from every lesson.
- Linear
- Making a straight line when plotted.
- Gradient
- The steepness of a line: change in \(y\) divided by change in \(x\).
- \(y\)-intercept
- Where a line crosses the \(y\)-axis.
- Coordinates
- A pair \((x, y)\) giving a point's position.
- Origin
- The point \((0, 0)\) where the axes cross.
- Parallel
- Lines with the same gradient that never meet.
- Perpendicular
- Lines that meet at a right angle.
- Negative reciprocal
- \(-\dfrac{1}{m}\): the gradient of a line perpendicular to one with gradient \(m\).
- Intercept
- Where a line crosses an axis.
- Speed
- Distance travelled per unit of time.
- Average speed
- Total distance divided by total time, including stops.
- Rate of change
- How fast one quantity changes compared with another; the gradient.
- Velocity
- Speed in a given direction.
- Acceleration
- Rate of change of velocity, in m/s².
- Deceleration
- Slowing down; a negative acceleration.
- Conversion graph
- A graph for changing between two units.
- Fixed charge
- A cost that is paid whatever the amount used; the \(y\)-intercept.
- Direct proportion
- Two quantities whose graph is a straight line through the origin.
- Break-even point
- Where two cost lines cross, so both options cost the same.
- Line segment
- The part of a line between two end points.
- Midpoint
- The point exactly halfway along a line segment.
- Bisect
- Cut into two equal parts.
- Perpendicular bisector
- A line that cuts a segment in half at right angles.
- Quadratic
- An expression whose highest power of \(x\) is \(x^2\).
- Parabola
- The U-shaped (or ∩-shaped) curve of a quadratic graph.
- Roots
- The \(x\)-values where a graph crosses the \(x\)-axis.
- Turning point
- The point where the curve changes direction: a minimum or maximum.
- Line of symmetry
- The vertical line through the turning point.
- Cubic
- An expression whose highest power of \(x\) is \(x^3\).
- Reciprocal graph
- A graph of the form \(y = \frac{k}{x}\).
- Asymptote
- A line that a curve gets closer and closer to but never touches.
- Root
- An \(x\)-value where a graph crosses the \(x\)-axis.
- Exponential
- A function where the variable is the power, such as \(y = 2^x\).
- Growth and decay
- An exponential that increases (\(b > 1\)) or decreases (\(0 < b < 1\)).
- Asymptote
- A line a graph approaches but never touches.
- Circle equation
- \(x^2 + y^2 = r^2\): centre the origin, radius \(r\).
- Period
- The interval after which a graph repeats.