The midpoint calculator finds the center point of a line that divides it in the half. It uses the midpoint formula to find the value of this particular point.
To find the midpoint of a line segment through the endpoints, enter the coordinates of the points in the designated boxes of the midpoint calculator.
The points used to find the midpoint are called endpoints. This is why it is also known as an endpoint calculator.
The midpoint of a line or segment is a point that bisects the line in two equal parts. The midpoint is exactly at an equal distance from both endpoints. The term midpoint is a mathematical term related to coordinate geometry.
The equation for the midpoint is
Midpoint =\(\dfrac{X_1+X_2}{2},\dfrac{Y_1+Y_2}{2}\)
You can use this midpoint calculator to auto-calculate the equation and quickly find the midpoint between two points with a step-by-step solution.
How to find the midpoint of a line segment that is between two points; \(A(4, 2)\) and \(B(6, 4)\).
Solution:
The following formula would be applied.
Midpoint = \(\dfrac{X_1+X_2}{2},\dfrac{Y_1+Y_2}{2}\)
In the above set of points, the values are:
\(X_1 = 4, X_2 = 6, Y_1 = 2, Y_2 = 4\)
Thus, the midpoint would be given as
Midpoint \(= \dfrac{4+6}{2},\dfrac{2+4}{2}\)
Midpoint \(= (5,0)\)
A line is constructed between two sets of points as the diagram shows below.
In the above diagram, we can see a line AB where the coordinates are \(A(2, 2)\) and \(B(4, 4)\).
When you talk about the midpoint of AB, it would be present between points A and B. In other words, midpoint coordinates are calculated by taking the average of both points (separately for X and Y).
Consider that the midpoint is C. Thus, C would be given as
\(C =\dfrac{2 + 4}{2} , \dfrac{2 + 4}{2}\)
\(C = (3, 3)\)
As C is the midpoint of line AB;
Midpoint of AB \(= (3,3)\)
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