Three Medians in a Triangle
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Median Triangle
This example explores the geometric relationship of the three medians in a triangle and how the centroid divides each median. It covers core concepts like medians, centroid, and segment division ratios. Constructed using commands such as Point, Polygon, Midpoint, Segment, and Intersect. Ideal for middle school and above to understand geometric properties and the role of the centroid.
GeoGebra Commands & Parameters
Point(h) → BPoint(g) → CPoint(h) → APolygon(A, B, C) → poly1, c, a, bMidpoint(a) → DMidpoint(b) → EMidpoint(c) → FSegment(C, F) → dSegment(A, D) → eSegment(B, E) → fIntersect(d, e) → GSegment(C, G) → iSegment(G, F) → jSegment(A, G) → kSegment(G, D) → lSegment(B, G) → mSegment(G, E) → nPolygon(D, C, G) → poly2, g_1, d_1, c_1Polygon(G, C, E) → poly3, e_1, g_2, c_2Polygon(G, E, A) → poly4, a_1, g_3, e_2Polygon(G, F, A) → poly5, a_2, g_4, f_1Polygon(G, D, B) → poly6, b_1, g_5, d_2Polygon(G, F, B) → poly7, b_2, g_6, f_2Segment(C, F) → qSegment(E, B) → rSegment(D, A) → sIntersect(q, r) → H
AI Drawing Prompt Reference
Draw a triangle and find the midpoint of each side. Connect each midpoint to the opposite vertex to form three medians. Observe that the three medians intersect at a point called the centroid, dividing each median into two segments with a 1:2 ratio, where the segment closer to the vertex is longer. Highlight the medians, centroid, and the divided segments with different colors or thicknesses to emphasize the relationships between the medians, vertices, and sides.
The prompt above was compiled from the original drawing commands and is for reference only.