Completing the Square - Novice
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This example demonstrates the application of completing the square in quadratic functions through dynamic geometry, visually presenting vertex transformation. Core math concepts include quadratic functions, completing the square, vertex coordinates, and function graph transformations. Construction highlights derived from GeoGebra commands: Polygon, Distance, Perimeter, PointIn, Textfield. Suitable for middle school students and above to learn the properties of quadratic functions and the geometric meaning of completing the square, or for mathematical teaching demonstrations.
GeoGebra Commands & Parameters
Polygon(A, D, G, C) → poly1, a_1, d_1, g_1, c_1Polygon(A, E, F, B) → poly2, a_2, e, f_1, b_3Polygon(A, E, H, C) → poly3, a_3, e_1, h, c_2Polygon(H, G, I, F) → poly4, h_1, g_2, i, f_2Distance(A, C) → distanceACDistance(A, E) → distanceAEDistance(A, H) → distanceAHDistance(E, D) → distanceEDDistance(C, B) → distanceCBDistance(E, G) → distanceEGDistance(C, F) → distanceCFDistance(H, I) → distanceHIPolygon(A, J, K, L) → poly5, a_4, j_1, k, lPolygon(J, M, N, K) → poly6, j_2, m, n, k_1Polygon(J, M, N, K) → poly8, j_3, m_1, n_1, k_3Polygon(K, P, O, L) → poly7, k_2, p, o, l_1Polygon(K, P, O, L) → poly9, k_4, p_1, o_1, l_2Polygon(R, T, Q, S) → poly10, r_9, t, q_1, sPolygon(R, T, Q, S) → poly11, r_{10}, t_1, q_2, s_1Distance(A, U) → distanceAUDistance(A, V) → distanceAVDistance(A, R) → distanceARPolygon(R, T, Q, S) → poly12, r_{11}, t_2, q_3, s_2Distance(R, Q) → distanceRQPerimeter(poly12) → perimeterpoly12PointIn(poly12) → Pointpoly12Textfield(g_{10}) → InputBox1Textfield(g_{11}) → InputBox2