Highschool Math
This section covers topics beyond the undergraduate level, introducing formulas and theorems in practical college entrance exam skills not commonly found in standard textbooks or workbooks. It is recommended for examinees to go through them thoroughly. Note that the curriculum referenced here is based on the “2007 Revised Curriculum.”
Practical College Entrance Exam Skills
- Translation and Derivative Relationships of Trigonometric Functions
- Frequently Used Definite Integrals of Quadratic Functions $\int_{\alpha}^{\beta}{(x-\alpha)(x-\beta)dx}=-\frac{{(\beta-\alpha)}^3}{6}$
- Using Harmonic Mean to Calculate Average Speed $v = \frac{2ab}{a+b}$
- Formula to Calculate the Distance Between Two Parallel Lines $d=\frac{|2k|}{\sqrt{m^2+1}}$
- If Two Events are Independent, Their Complements are Also Independent
- If Two Events are Mutually Exclusive, They are Dependent
- Quickly Finding the Extremes of a Quadratic Function
- Integration of Natural Logarithms Raised to a Power $\int {(\ln x)^n} dx=x{(\ln x)^n}-\int n{(\ln x)^{n-1}}dx$
- Area of a Triangle Enclosed by a Line and the Axes
- Inverse of a Fraction Function and the Shape of the Inverse of a 2x2 Square Matrix
- Repeated Squaring Formula for Rotation Matrices
- Simplified Formula for the Sum of the Elements of the Product of Two Square Matrices
- Easily Calculating the Equivalent Resistance in a Parallel Circuit
- Quickly Rationalizing Fractions Containing Roots
- Easily Squaring Two-Digit Numbers Ending in 5
- Expansion Formula for Double Radicals $\sqrt{a + b \pm 2\sqrt{ab}} = \sqrt{a} \pm \sqrt{b}$
Mathematics Curriculum
- Number of Subsets of a Finite Set with n Elements
- Deriving the Quadratic Formula by Rote
- Proof that √2 is Irrational
- Pythagoras’ Theorem
- Gabi’s Theorem
- If an Infinite Series Converges, the Infinite Sequence Converges to 0
- Calculating the Sum of an Arithmetic Series
- Calculating the Sum of a Geometric Series
- Calculating the Sum of Square Numbers
- Binomial Theorem
- General Term of the Fibonacci Sequence
- Base Change Formula for Logarithms
- Various Integration Methods for Trigonometric Functions
- Relationship Between Area Calculated by Riemann Sum and Definite Integral
- Calculating Probabilities for Poker Hands
- Calculating the Area of an Ellipse Using Integration
- Derivation of the Equation of a Tangent to a Parabola
- Property of a Line Passing Through the Focus of a Parabola
- The Product of the Slopes of Two Perpendicular Lines is Always -1
- Internal and External Division Points on a Straight Line
- Multiplication Formula Table
- Equation of a Tangent to a Circle with Slope $m$
- Equation of Tangents from a Point on a Circle
- Proof of $\sin^2 + \cos^2 = 1$
- For Small Central Angles, the Length of the Arc and the Chord are Approximately Equal
- Derivation of the Equation of an Ellipse
- Relationship Between the Roots and Coefficients of Quadratic/Cubic/n-th Degree Equations
Physics Curriculum
- Formula for the Velocity of a Falling Object $v = \sqrt{2gh}$
- Uniformly Accelerated Motion and Its Graphs
- Uniform Motion and Its Graphs
- Simple Proof of the Conservation of Momentum (High School Level)
- Collision of Two Bodies and Coefficient of Restitution
- Perfectly Elastic Collisions and Conservation of Kinetic Energy
All posts
- Derivation of the Formula for the Velocity of a Falling Object
- Derivation of the Formula to Calculate the Distance Between Two Parallel Lines
- Finding the Average Speed Using the Harmonic Mean
- Frequently Used Definite Integrals of Quadratic Functions
- Gabi's Proof of Li
- The Relationship between Areas Calculated by Riemann Sums and Definite Integrals
- The Relationship between the Translation of Trigonometric Functions and Their Derivatives
- The Number of Subsets of a Finite Set with n Elements
- Finding the Extremum of a Quadratic Function Quickly
- Integration Techniques for Various Trigonometric Functions
- Proof that if Two Events are Mutually Exclusive, They are Dependent
- Two Events Being Independent Proves that Their Complements Are Also Independent
- Addition Formula for Trigonometric Functions: Various Proofs
- Integration of the Natural Logarithm Raised to a Power
- Calculating the Probability of Poker Hands
- Area of a Triangle Enclosed by a Straight Line and the x and y Axes
- Equation of the Tangent to a Parabola
- Inverse Functions of Fractional Functions and the Shape of the Inverse Matrix of a Quadratic Square Matrix
- Derivation of the Quadratic Formula Step by Step
- If an Infinite Series Converges, Then the Infinite Sequence Converges to 0
- Proof of the Power Formula for Rotation Transformation Matrices
- A Simple Formula to Calculate the Sum of Elements of the Product of Second-Order Matrices
- Momentum and Impulse Relationship
- Uniform Acceleration Linear Motion and its Graphs
- Uniform Motion and Graphs
- The Period of Simple Pendulum Motion is Independent of the Pendulum's Mass
- Prove that the Product of the Slopes of Two Perpendicular Lines is Always -1
- Finding Internal and External Division Points on a Line
- Calculating the Area of an Ellipse Using Integration
- Pythagorean Theorem Proof
- Multiplication Formula Table
- Equation of the Tangent to a Circle with Slope m
- Finding the Equation of the Tangent Line at a Point on a Circle
- Finding the Sum of a Geometric Sequence
- Finding the Sum of an Arithmetic Sequence
- Finding the Sum of Squares
- Proof that the Partial Sums of a Geometric Sequence are Also Geometric
- Proof that the Partial Sums of an Arithmetic Sequence Also Form an Arithmetic Sequence
- Binomial Theorem Proof
- Conservation of Momentum: An Easy Proof (High School Level)
- Collision of Two Objects and the Coefficient of Restitution
- Perfectly Elastic Collisions and the Conservation of Kinetic Energy
- Proof that Sine Squared Plus Cosine Squared Equals 1
- Properties of a Line Passing Through the Focus of a Parabola
- Finding the Equivalent Resistance of Parallel Circuits Easily
- Simplifying the Exponentiation of Two-digit Numbers Ending in 5
- Derivation of the General Term of the Fibonacci Sequence
- Proof that the Length of an Arc and the Length of a Chord are Approximately Equal When the Central Angle is Small
- Rationalizing Fractions Containing Roots Quickly
- Derivation of the Base Change Formula for Logarithms
- Proof that the Square Root of 2 is Irrational
- Derivation of the Equation of an Ellipse
- Relationships between the Roots and Coefficients of Quadratic/Tertiary/nth Degree Equations
- Square Root Expansion Formula