Where Exceptional Minds Deserve More.

Built on the world’s most advanced math education systems, DeepMath nurtures your child’s talent with depth, logic, and precision—turning potential into mastery.

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Explore Sample Problems

Try our challenging problems with step-by-step AI guidance

Algebra

Quadratic Functions & Transformations

Vertex Form Graphing Transformations

Find the vertex of the parabola y = 2(x - 3)² + 5 and describe how it relates to the parent function y = x².

Algebra

Systems of Linear Equations

Substitution Elimination Matrix Methods

Solve the system: 3x + 2y = 12, 5x - 3y = 1. Use at least two different methods and verify your solution.

Algebra

Systems of Linear Equations

Substitution Elimination Matrix Methods

Solve the system: 3x + 2y = 12, 5x - 3y = 1. Use at least two different methods and verify your solution.

Algebra

Systems of Linear Equations

Substitution Elimination Matrix Methods

Solve the system: 3x + 2y = 12, 5x - 3y = 1. Use at least two different methods and verify your solution.

Number Theory

Prime Numbers & Divisibility

Prime Factorization GCD/LCM Modular Arithmetic

Find the smallest positive integer n such that n ≡ 2 (mod 3), n ≡ 3 (mod 5), and n ≡ 1 (mod 7).

Algebra

Exponential & Logarithmic Functions

Exponential Growth Logarithm Properties Compound Interest

If $5000 is invested at 6% annual interest compounded continuously, how long will it take to triple?

Algebra

Polynomial Functions & Roots

Factoring Synthetic Division Complex Roots

Find all roots of P(x) = x⁴ - 5x³ + 6x² + 4x - 8 and write P(x) in factored form.

Number Theory

Sequences & Series

Arithmetic Sequences Geometric Series Recursive Relations

Find the sum of the first 20 terms of the sequence where a₁ = 3 and aₙ = 2aₙ₋₁ - 1 for n ≥ 2.

Geometry

Circle Theorems & Proofs

Inscribed Angles Proof Writing Circle Properties

Prove that an inscribed angle is half the central angle that subtends the same arc. Include a diagram and formal proof.

Geometry

Circle Theorems & Proofs

Inscribed Angles Proof Writing Circle Properties

Prove that an inscribed angle is half the central angle that subtends the same arc. Include a diagram and formal proof.

Geometry

Circle Theorems & Proofs

Inscribed Angles Proof Writing Circle Properties

Prove that an inscribed angle is half the central angle that subtends the same arc. Include a diagram and formal proof.

Geometry

Triangle Properties & Congruence

Congruence Theorems Triangle Inequality Special Triangles

In triangle ABC, the angle bisector of ∠A meets BC at D. If AB = 8, AC = 6, and BC = 10, find BD and CD.

3D Geometry

Surface Area & Volume

Composite Solids Cross Sections Optimization

A cylindrical tank with hemispherical ends has a total volume of 1000 cubic feet. Find dimensions that minimize surface area.

Coordinate Geometry

Conic Sections

Parabolas Ellipses Hyperbolas

Find the equation of the ellipse with foci at (±3, 0) that passes through the point (2, 2√2).

Trigonometry

Trigonometric Identities

Sum Formulas Double Angle Half Angle

Prove that sin(4θ) = 4sin(θ)cos(θ)(1 - 2sin²(θ)) and use this to solve sin(4x) = 1/2 for 0 ≤ x ≤ 2π.

Geometry

Similarity & Proportions

Similar Triangles Scale Factor Geometric Mean

Two similar triangles have perimeters of 24 and 36. If the area of the smaller triangle is 32, find the area of the larger triangle.

Statistics

Probability Distributions

Normal Distribution Z-scores Confidence Intervals

The heights of students in a school are normally distributed with mean 165 cm and standard deviation 8 cm. What's the probability a randomly selected student is between 160 and 170 cm tall?

Combinatorics

Counting & Permutations

Permutations Combinations Inclusion-Exclusion

How many ways can you arrange the letters in "MATHEMATICS" such that no two identical letters are adjacent?

Statistics

Linear Regression Analysis

Correlation Least Squares R-squared

Given data points (1,2), (2,5), (3,7), (4,10), (5,12), find the line of best fit and interpret the correlation coefficient.

Probability

Conditional Probability & Bayes' Theorem

Conditional Probability Bayes' Theorem Tree Diagrams

A medical test is 95% accurate for detecting a disease that affects 1% of the population. If you test positive, what's the probability you actually have the disease?

Statistics

Hypothesis Testing

Null Hypothesis P-values Type I/II Errors

A manufacturer claims their light bulbs last 1000 hours on average. Test this claim using a sample of 36 bulbs with mean 980 hours and standard deviation 120 hours.

Probability

Discrete Probability Distributions

Binomial Distribution Expected Value Variance

A basketball player makes 70% of free throws. In a game with 15 free throw attempts, what's the probability of making exactly 12?

Probability

Discrete Probability Distributions

Binomial Distribution Expected Value Variance

A basketball player makes 70% of free throws. In a game with 15 free throw attempts, what's the probability of making exactly 12?

Probability

Discrete Probability Distributions

Binomial Distribution Expected Value Variance

A basketball player makes 70% of free throws. In a game with 15 free throw attempts, what's the probability of making exactly 12?

Calculus

Optimization Problems

Derivatives Critical Points Real-world Applications

A farmer has 200 meters of fencing to enclose a rectangular field. What dimensions will maximize the area?

Calculus

Optimization Problems

Derivatives Critical Points Real-world Applications

A farmer has 200 meters of fencing to enclose a rectangular field. What dimensions will maximize the area?

Calculus

Optimization Problems

Derivatives Critical Points Real-world Applications

A farmer has 200 meters of fencing to enclose a rectangular field. What dimensions will maximize the area?

Mathematical Modeling

Population Growth Models

Exponential Growth Logistic Model Differential Equations

A bacteria population grows exponentially for 6 hours, then levels off due to limited resources. Model this growth and predict the carrying capacity.

Mathematical Physics

Projectile Motion Analysis

Parametric Equations Vector Analysis Optimization

A projectile is launched at angle θ with initial velocity v₀. Find the angle that maximizes range, considering air resistance proportional to velocity.

Mathematical Economics

Cost-Benefit Analysis

Marginal Analysis Profit Maximization Supply & Demand

A company's profit function is P(x) = -2x² + 800x - 12000. Find the production level that maximizes profit and analyze the break-even points.

Game Theory

Strategic Decision Making

Nash Equilibrium Payoff Matrices Mixed Strategies

Two companies are deciding whether to enter a new market. Analyze the payoff matrix and find the Nash equilibrium strategies.

Graph Theory

Network Optimization

Shortest Path Minimum Spanning Tree Flow Networks

Design an efficient delivery network connecting 8 cities with minimum total distance, considering traffic constraints and delivery capacity.

Why Choose DeepMath?

Built on proven foundations with cutting-edge innovation

30+ Years of Proven Excellence

Built on over 30 years of China's foundation math education system, proven to produce some of the world's strongest mathematical minds and consistently top-performing students in international assessments.

Olympic-Level Challenges

Our curriculum includes competition-grade problems designed to challenge and inspire advanced learners, preparing students for mathematical olympiads and fostering deep analytical thinking.

Cutting-Edge AI Technology

Powered by advanced AI technology in education, featuring Socratic questioning methods that guide students to discover solutions independently while providing personalized learning experiences.

30+
Years of Educational Excellence
95%
Student Success Rate
50K+
Students Worldwide

Your Child's Complete Learning Journey

A structured two-phase approach that builds solid foundations before advancing to specialized skills

Phase 1: Comprehensive Foundation

Complete K-12 Mathematical Mastery

10
Primary Modules
Core learning areas
28
Secondary Modules
Detailed topic coverage
95
Learning Objectives
Specific skill targets

Numbers and Algebra

Foundation through advanced algebraic concepts

1.1
Number Sense & Operations

1.1.1 Whole Numbers

  • Place value understanding
  • Number comparison and ordering
  • Rounding and estimation

1.1.2 Fractions

  • Fraction concepts and representations
  • Equivalent fractions
  • Operations with fractions
  • Mixed numbers and improper fractions

1.1.3 Decimals

  • Decimal place value
  • Converting between fractions and decimals
  • Operations with decimals
  • Rounding decimals
1.2
Algebraic Thinking

1.2.1 Patterns & Relationships

  • Number patterns and sequences
  • Growing patterns
  • Function tables

1.2.2 Expressions & Equations

  • Writing algebraic expressions
  • Evaluating expressions
  • Solving simple equations
  • Inequalities
1.3
Advanced Algebra

1.3.1 Linear Functions

  • Slope and y-intercept
  • Graphing linear equations
  • Systems of linear equations

1.3.2 Quadratic Functions

  • Parabolas and vertex form
  • Factoring quadratics
  • Quadratic formula

Geometry

Spatial reasoning from basic shapes to advanced proofs

2.1
2D Shapes & Properties

2.1.1 Basic Shapes

  • Identifying and classifying shapes
  • Properties of polygons
  • Angles and angle relationships

2.1.2 Area & Perimeter

  • Calculating area of various shapes
  • Perimeter and circumference
  • Composite figures
2.2
3D Geometry

2.2.1 Solid Figures

  • Identifying 3D shapes
  • Surface area calculations
  • Volume formulas
2.3
Coordinate Geometry

2.3.1 Coordinate Plane

  • Plotting points
  • Distance formula
  • Midpoint formula

Statistics and Probability

Data analysis and probabilistic reasoning

3.1
Data Analysis

3.1.1 Data Collection

  • Survey methods
  • Data organization
  • Tables and charts

3.1.2 Statistical Measures

  • Mean, median, mode
  • Range and quartiles
  • Standard deviation
3.2
Probability

3.2.1 Basic Probability

  • Theoretical vs experimental
  • Compound events
  • Conditional probability

Integrated Thinking

Problem-solving across mathematical domains

4.1
Mathematical Modeling

4.1.1 Real-World Applications

  • Mathematical modeling
  • Optimization problems
  • Cross-curricular connections
4.2
Competition Mathematics

4.2.1 Advanced Problem Solving

  • Contest preparation
  • Proof techniques
  • Creative problem solving

Phase 2: Specialized Training

Advanced Strategies & Competition Preparation

4
Primary Areas
Specialized skill domains
24
Training Modules
Focused technique training
72
Skill Objectives
Competition-level targets

Quick & Clever Calculations

Advanced computational techniques and shortcuts

1.1
Integer Multiplication

1.1.1 Mental Math Techniques

  • Two-digit multiplication shortcuts
  • Pattern recognition in products
  • Cross multiplication methods
1.2
Decimal Operations

1.2.1 Mixed Calculations

  • Decimal multiplication shortcuts
  • Division estimation techniques
  • Converting to simpler forms
1.3
Fraction Mastery

1.3.1 Advanced Operations

  • Complex fraction calculations
  • Comparison strategies
  • Mixed number conversions

Multiple-Choice Strategies

Systematic approaches to test-taking excellence

2.1
Direct Methods

2.1.1 Selection Techniques

  • Pattern recognition in answers
  • Quick calculation methods
  • Elimination strategies
2.2
Advanced Techniques

2.2.1 Strategic Approaches

  • Substitution and testing
  • Extremum value analysis
  • Graphical interpretation

Word Problem Strategies

Systematic problem-solving methodologies

3.1
Visual Strategies

3.1.1 Diagram Techniques

  • Creating effective diagrams
  • Visual problem representation
  • Transformation visualization
3.2
Analytical Methods

3.2.1 Problem Analysis

  • Case-by-case analysis
  • Working backward techniques
  • Information processing skills

Olympiad Thinking Training

Elite-level mathematical reasoning and competition skills

4.1
Advanced Number Theory

4.1.1 Competition Concepts

  • New operation definitions
  • Modular arithmetic
  • Prime number properties
4.2
Advanced Problem Solving

4.2.1 Elite Techniques

  • Combinatorics and counting
  • Logical reasoning patterns
  • Optimization strategies
4.3
Competition Geometry

4.3.1 Advanced Geometry

  • Plane geometry theorems
  • Pigeonhole principle applications
  • Real-world applications

Voices from Parents

Real feedback from families using DeepMath

"My daughter went from being bored in math class to asking for extra practice time. The AI tutor explains concepts in ways that click for her."

Sarah M.

Parent of 7th grader

"Finally found a platform that challenges my gifted son. He's working on algebra in 6th grade and loves the competition-level problems."

Michael T.

Parent of 6th grader

"The progress tracking is incredible. I can see exactly where my child excels and what areas need more focus."

Jennifer L.

Homeschool parent

"Best investment we've made in our daughter's education. She's gained confidence and actually enjoys math now."

David R.

Parent of 9th grader

"The AI tutor never gives direct answers but guides my son to discover solutions himself. It's like having a personal math coach."

Lisa K.

Parent of 8th grader

"Amazing platform! My twin boys are at different math levels and it adapts perfectly to each of their needs."

Amanda S.

Parent of twins

"My daughter went from being bored in math class to asking for extra practice time. The AI tutor explains concepts in ways that click for her."

Sarah M.

Parent of 7th grader

"Finally found a platform that challenges my gifted son. He's working on algebra in 6th grade and loves the competition-level problems."

Michael T.

Parent of 6th grader

"The progress tracking is incredible. I can see exactly where my child excels and what areas need more focus."

Jennifer L.

Homeschool parent

"Best investment we've made in our daughter's education. She's gained confidence and actually enjoys math now."

David R.

Parent of 9th grader

"The AI tutor never gives direct answers but guides my son to discover solutions himself. It's like having a personal math coach."

Lisa K.

Parent of 8th grader

"Amazing platform! My twin boys are at different math levels and it adapts perfectly to each of their needs."

Amanda S.

Parent of twins

4.9/5
Average Rating
From 2,500+ reviews
96%
Improved Grades
Within 3 months
94%
Improved Math Confidence
Parent-reported surveys
98%
Would Recommend
To other parents

Stop Paying for Inconsistent Tutoring

Get unlimited access to advanced math challenges and AI tutoring for less than the cost of one private lesson

30-day money-back guarantee • Cancel anytime • No contracts

Family Discount Available: Get 30% off when you purchase 2+ accounts for any tier

Bronze

$12.99 /month

Complete math mastery platform with adaptive learning approach.

What's Included:

  • 14-day free trial
  • Full access to 10,000+ problems
  • Adaptive test-practice-test approach
  • Four level hints for every question
  • Unlimited practice sessions
  • Detailed progress tracking
  • 24/7 AI tutor
  • Emotion detection & mental health tracking
Start Free Trial

14-day free trial, then $12.99/month

Family (2+ users): $9.09/month each

Gold

$29.99 /month

Ultimate learning experience with unlimited AI conversations.

Everything in Silver, plus:

  • 14-day free trial
  • Unlimited AI tutor conversations
  • Emotion detection & mental health tracking
  • Parent mental health reports
  • Advanced learning analytics
  • Personalized study roadmaps
  • Competition prep materials
  • 1-on-1 consultation calls
Start Free Trial

14-day free trial, then $29.99/month

Family (2+ users): $20.99/month each

Frequently Asked Questions

Can I change my plan anytime?

Yes! You can upgrade or downgrade your plan at any time. Changes take effect immediately, and you'll be charged or credited accordingly.

What if I'm not satisfied?

We offer a 30-day money-back guarantee on all plans. If you're not completely satisfied, we'll refund your subscription fee.

How does the Family Discount work?

Get 30% off when you purchase 2 or more accounts on any tier (Bronze, Silver, or Gold). Perfect for families with multiple children or homeschooling groups.

How does the AI tutor work?

Our Socratic AI asks guiding questions to help students discover solutions independently. It never gives direct answers but provides personalized guidance. Only Gold plans include emotion detection to track student mental health.

What are the AI tutor conversation limits?

Bronze plans include 4-level static hints but no AI tutor. Silver plans allow up to 5 AI conversations per question. Gold plans have unlimited AI conversations per question.

What curriculum standards do you follow?

Our curriculum aligns with Common Core standards and goes beyond to challenge advanced students with competition-level problems.

Do you offer school or district licensing?

Yes! We have special pricing for schools and districts. Contact our sales team for custom enterprise solutions.

Still Have Questions?

Our team is here to help you choose the perfect plan for your mathematical journey.