Find the midpoint of and .
Average the x values, then the y values.
Worked solution
- ,
GCSE & IGCSE maths practice
The midpoint of the line from to is : the average of the x-coordinates and the average of the y-coordinates. The length of the line uses Pythagoras: .
8 questions · Foundation and Higher tier · Every answer is checked as you type it, with a full worked solution. Updated .
| GCSE (AQA, Edexcel, OCR) | Foundation and Higher: work with coordinates in all four quadrants. Lengths use Pythagoras' theorem. |
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| Cambridge IGCSE (0580) | Extended only: calculate the length and find the midpoint of a line segment, and the perpendicular bisector of a line. |
| Edexcel International GCSE (4MA1) | Foundation and Higher: determine the coordinates of the midpoint of a line segment, given the coordinates of the two end points. |
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Find the midpoint of and .
Average the x values, then the y values.
Worked solution
Find the midpoint of and .
−3 + 5 = 2.
Worked solution
Find the midpoint of and .
Watch the negatives.
Worked solution
Find the length of the line from to .
Differences 3 and 4.
Worked solution
Find the length of the line from to .
Differences 6 and 8.
Worked solution
is the midpoint of and . Find the coordinates of .
A to M is +2 across and +3 up; do it again.
Worked solution
Find the length of the line from to , to 3 significant figures.
Differences 3 and 2.
Worked solution
Find the equation of the perpendicular bisector of the line joining and .
It passes through the midpoint with the perpendicular gradient.
Worked solution
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The questions are our own. The “where it comes up” notes are from each board's published specification, checked on 26 October 2026:
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