Vector Addition by Components by ProfStick
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Prof. Stick's Mostly Good Guide to Physics
This example demonstrates vector addition by components, involving core math concepts like vectors, component decomposition, and coordinate geometry. It uses GeoGebra commands such as Vector, Segment, and Angle to construct vectors, line segments, and angles, making it suitable for high school students learning vectors and analytical geometry.
GeoGebra Commands & Parameters
Vector(S, M) → USegment(S, M) → uAngle(M, S, C) → αVector(M, F) → VSegment(M, F) → vAngle(G, M, F) → βVector(S, F) → RVector(S, C) → U_yVector(C, M) → U_xSegment(S, C) → u_ySegment(C, M) → u_xVector(M, G) → V_xVector(G, F) → V_ySegment(M, G) → v_xSegment(G, F) → v_yVector(S, H) → R_xSegment(S, H) → r_xVector(H, F) → R_ySegment(H, F) → r_ySegment(S, F) → rAngle(H, S, F) → γ