What are the famous high school mathematics theorems?
Buy the Multi-functional Topic of High School Mathematics Competition published by East China Normal University Press, with important theorems and concepts of the competition behind it. 1. Several important theorems of plane geometry: Menelaus Theorem, Seva Theorem, Ptolemy Theorem and siemsen Theorem. Several Special Points in Triangle: Imitation Center, fermat point and Euler Line. Geometric inequality. Geometric extremum problem. Transformation in geometry: symmetry, translation and rotation. Power and root axis of a circle. Area method, complex number method, vector method, analytic geometry method. 2. Algebraic periodic function, a function with absolute value. Trigonometric formula, trigonometric identity, trigonometric equation, trigonometric inequality, inverse trigonometric function. Recursion, recursive sequences and their properties, general formulas of first-order and second-order linear recursive sequences with constant coefficients. The second mathematical induction. Mean inequality, Cauchy inequality, rank inequality, Chebyshev inequality, univariate convex function. Complex number and its exponential form, triangular form, Euler formula, Dimov theorem, unit root. Polynomial division theorem, factorization theorem, polynomial equality, rational root of integer coefficient polynomial *, polynomial interpolation formula *. The number of roots of polynomials of degree n, the relationship between roots and coefficients, and the virtual root pairing theorem of polynomials with real coefficients. Function iteration, simple function equation *3. Elementary number theory congruence, Euclid division, Pei tree theorem, complete residue class, quadratic residue, indefinite equations and equations, Gaussian function [x], Fermat's last theorem, lattice point and its properties, infinite descent method, euler theorem *, Sun Tzu's theorem *. 4. The combination questions are arranged circularly, the arrangement and combination of repeated elements are combined, and the combination identities are combined. Combinatorial counting, combinatorial geometry. Dove cage principle Exclusion principle. Extreme principle. Graph theory problems. Division of sets. Planar convex set, convex hull and their applications.