Visual Learning
Science & Math Infographics
Study posters with annotated diagrams, key formulas, and links to interactive tools and labs. Free to view and download.
Ages 5 to 8
Early Learners Collection
103 visual posters designed for young learners. Forces, energy, weather, shapes, patterns, living things — with big visuals and plain language.
View Early Learners Posters →
Projectile Motion
Range, Maximum Height, and Time of Flight
Newton's Laws of Motion
Newton's First, Second, and Third Laws in One Visual
Free Body Diagrams
Forces, Normal Force, Friction, and Tension
Conservation of Energy
Kinetic, Potential, and Thermal Energy
Electric Circuits
Voltage, Current, Resistance, and Power
Electric Fields and Field Lines
Field Lines, Force, and Potential
Electromagnetic Spectrum
Radio Waves to Gamma Rays
Lenses and Mirrors
Ray Diagrams, Focal Points, and Image Formation
Simple Harmonic Motion
Springs, Pendulums, and Oscillation
Waves
Frequency, Wavelength, Amplitude, and Wave Speed
Projectile Motion (Advanced)
Angle Comparisons and Real-World Examples
Newton's Three Laws of Motion
Inertia, F = ma, and Action-Reaction with Visual Scenarios
Free Body Diagrams (Complete Guide)
Normal Force, Friction, Tension, Gravity, and Net Force
Friction: Static vs Kinetic
Maximum Static Friction, Kinetic Friction, and Coefficients
Circular Motion & Centripetal Force
Period, Frequency, Speed, and Center-Directed Acceleration
Work, Energy, and Power
W = Fd, Kinetic and Potential Energy, and P = W/t
Conservation of Momentum
Elastic and Inelastic Collisions, Explosions, and Center of Mass
Impulse and Collisions
Elastic vs Inelastic, Impulse-Momentum Theorem, and Coefficient of Restitution
Wave Properties
Frequency, Wavelength, Speed, Amplitude, and Period
Standing Waves & Resonance
Nodes, Antinodes, Harmonics, and Resonant Frequencies
Doppler Effect
Frequency Shift, Moving Sources, and Real-World Examples
Ohm's Law & Basic Circuits
V = IR, Current, Resistance, and Power in Simple Circuits
Series vs Parallel Circuits
Equivalent Resistance, Current Paths, and Voltage Division
Magnetic Fields & Electromagnetism
Field Lines, Force on Charges, and Faraday's Law
Reflection & Refraction
Snell's Law, Critical Angle, and Total Internal Reflection
Bernoulli's Principle
Bernoulli's Principle
Buoyancy & Archimedes' Principle
Buoyancy & Archimedes' Principle
Capacitors
Capacitors
Electromagnetic Induction
Electromagnetic Induction
Heat Transfer
Heat Transfer
Inclined Planes
Inclined Planes
Magnetism
Magnetism
Momentum & Impulse
Momentum & Impulse
Thermodynamics
Thermodynamics
Torque & Rotational Motion
Torque & Rotational Motion
Universal Gravitation
Universal Gravitation
Push vs Pull
Forces That Change Motion
Fast vs Slow
Speed, Velocity, and Kinetic Energy
What Makes Things Move
Forces, Net Force, and Newton's Laws
Stop and Go Friction
Static vs Kinetic Friction
Heavy vs Light
Mass, Weight, and Density
Rolling vs Sliding
Motion, Friction, and Contact Points
Gravity: Why Things Fall
Weight, Free Fall, and Universal Gravitation
Up, Down, and Around
Vertical Motion and Circular Paths
Bouncing Balls
Energy Intuition and Conservation
Ramps and Slides
Inclined Planes, Forces, and Energy
What Is Energy
Forms, Work, and Conservation
Light Energy
Sun, Lamps, and Electromagnetic Waves
Heat Energy
Hot vs Cold, Thermal Transfer, and Equilibrium
Sound: How We Hear Things
Longitudinal Waves and the Ear
Levers and the Seesaw
Torque, Fulcrum, and Mechanical Advantage
Wheels and Axles
Bikes, Cars, and Mechanical Advantage
Pulleys: Lifting Objects
Mechanical Advantage and Work Trade-offs
Simple Machines Around Us
The Six Classical Simple Machines
Shadows: Why They Change
Light Rays, Umbra, and Penumbra
Magnets: Stick or Not
Ferromagnetic Materials and Magnetic Fields
Floating and Sinking Boats
Buoyancy, Density, and Displacement
Combinatorics
Combinatorics
Exponents & Radicals
Exponents & Radicals
Function Transformations
Function Transformations
Inequalities
Inequalities
Logarithm Rules
Logarithm Rules
Polynomials
Polynomials
Rational Functions
Rational Functions
Trigonometric Ratios
Trigonometric Ratios
Shapes Everywhere
Circle, Square, and Triangle
Measuring Things
Big, Small, Long, and Short
Patterns and Visual Repetition
Repeating Units and Transformations
Counting in Groups
Skip Counting and Multiplication Foundations
Fractions: Half and Whole
Visual Guide to Parts and Wholes
Unit Circle
Degrees, Radians, Sine, and Cosine
Quadratic Functions
Roots, Vertex, and Axis of Symmetry
Systems of Equations
Graphing, Substitution, and Elimination
Fractions, Decimals & Percents
Conversions, Operations, and Visual Models
Pythagorean Theorem
Right Triangles, Distance, and Pythagorean Triples
Geometric Transformations
Translation, Reflection, Rotation, and Dilation
Linear Equations: Slope & Intercepts
Slope-Intercept Form, Standard Form, and Graphing
Graphing Lines (Step-by-Step Visual)
Plot Points, Draw Slope, and Identify Intercepts
Systems of Equations (Comparison of Methods)
Graphing, Substitution, and Elimination Side by Side
Quadratic Functions (Vertex, Roots, Axis)
Standard Form, Vertex Form, Axis of Symmetry, and Discriminant
Factoring Quadratics (Visual Patterns)
GCF, Difference of Squares, Trinomials, and Area Model
Exponents & Scientific Notation
Laws of Exponents, Powers of Ten, and Converting Large Numbers
Logarithms (Intuitive Visual Explanation)
Log Laws, Change of Base, Natural Log, and Inverse of Exponentials
Trigonometry Basics (SOH-CAH-TOA)
Sine, Cosine, Tangent, and Right Triangle Ratios
Unit Circle (Full Visual Map)
All Angles, Exact Values, and Quadrant Signs
Probability Basics
Tree Diagrams, Sample Spaces, and Complementary Events
Balancing Chemical Equations (Complete)
Balancing Chemical Equations (Complete)
Types of Chemical Reactions
Types of Chemical Reactions
Electron Configuration
Electron Configuration
Energy in Chemical Reactions
Energy in Chemical Reactions
Phase Changes
Phase Changes
Redox Reactions
Redox Reactions
Solutions & Concentration
Solutions & Concentration
Stoichiometry (Full)
Stoichiometry (Full)
Stoichiometry Roadmap
Stoichiometry Roadmap
States of Matter
Solid, Liquid, and Gas
Mixing Things
Safe Everyday Chemistry
Melting and Freezing
Hot vs Cold Phase Changes
Air Is Something
Invisible but Real Matter
Sink or Float
Density and Buoyancy
Periodic Table Trends
Electronegativity, Atomic Radius, and Ionization Energy
Atomic Structure
Protons, Neutrons, and Electrons
Chemical Bonding
Ionic, Covalent, and Metallic Bonds
The pH Scale
Acids, Bases, and Neutral Solutions
Atomic Structure
Protons, Neutrons, Electrons, Orbitals, and Atomic Number
Periodic Table Basics
Groups, Periods, Metal/Nonmetal Regions, and Trends
Chemical Bonding
Ionic, Covalent, and Metallic Bonds Compared
Lewis Dot Structures
Electron Dots, Octet Rule, Single/Double/Triple Bonds
States of Matter (Including Plasma)
Solid, Liquid, Gas, and Plasma: Particle Motion and Phase Changes
Gas Laws
Boyle's, Charles's, Gay-Lussac's, and Ideal Gas Law
pH Scale: Acids vs Bases
pH, pOH, Hydrogen Ion Concentration, and Common Examples
Balancing Chemical Equations
Conservation of Mass, Coefficients, and Step-by-Step Method
Mole Concept (Visual Conversions)
Avogadro's Number, Molar Mass, and Mole-Gram-Particle Conversions
Energy in Chemical Reactions
Endothermic vs Exothermic, Activation Energy, and Enthalpy
Cell Cycle & Mitosis
Cell Cycle & Mitosis
Cell Structure & Organelles
Cell Structure & Organelles
Cellular Respiration
Cellular Respiration
DNA to Protein
DNA to Protein
DNA to RNA to Protein
DNA to RNA to Protein
Food Chains & Energy Pyramids
Food Chains & Energy Pyramids
Food Webs
Food Webs
Mitosis vs Meiosis
Mitosis vs Meiosis
Photosynthesis
Photosynthesis
Photosynthesis vs Cellular Respiration
Photosynthesis vs Cellular Respiration
How Plants Grow
Sun, Water, and Photosynthesis
How Animals Move
Run, Fly, and Swim
Cell Cycle and Mitosis
Interphase, Prophase, Metaphase, Anaphase, Telophase
DNA to RNA to Protein
Transcription, Translation, and the Central Dogma
Food Chains, Food Webs, and Energy Pyramids
Producers, Consumers, Decomposers, and Trophic Levels
Photosynthesis vs Cellular Respiration
How Cells Make and Use Energy
Balancing Chemical Equations
Conservation of Mass and Mole Ratios
Ideal Gas Law
PV = nRT and the Behavior of Gases
Molecular Geometry and VSEPR
Shape, Bond Angles, and Polarity
Stoichiometry Roadmap
Moles, Molar Mass, and Reaction Calculations
Big-O Complexity Cheat Sheet
Time and Space Complexity of Common Algorithms
Binary, Decimal, Hexadecimal
Number Systems and Base Conversion
Internet Packets and Routing
How Data Travels Across Networks
Sorting Algorithms Visual Cheat Sheet
Bubble, Merge, Quick Sort and Beyond
What Is AI?
AI vs Machine Learning vs Deep Learning
How Machine Learning Works
Training vs Inference, Loss Functions, and Generalization
Neural Networks Explained
Layers, Weights, Activation Functions, and Backpropagation
What Is a Large Language Model (LLM)?
Tokens, Parameters, Training Data, and Emergent Capabilities
How LLMs Are Trained
Pretraining, Fine-Tuning, and RLHF
Supervised vs Unsupervised vs Reinforcement Learning
Three Learning Paradigms Compared with Examples
Tokens Explained
How AI Models Read and Count Text
Embeddings Explained
Turning Words and Sentences into Vectors
Transformer Architecture Explained
Encoder, Decoder, Attention, and Feed-Forward Layers
Self-Attention Mechanism
Query, Key, Value, and Scaled Dot-Product Attention — Step by Step
Encoder vs Decoder Models
BERT vs GPT — Bidirectional vs Autoregressive
How GPT Models Generate Text
Autoregressive Decoding, Temperature, Top-p, and Sampling
Context Window Explained
Why AI Forgets, Attention Cost, and Long-Context Strategies
Positional Encoding Explained
How Transformers Know Word Order Without Recurrence
Multi-Head Attention Visualized
Parallel Attention Heads, Projection, and Why Multiple Heads Help
Prompt Engineering Basics
Dos and Don'ts for Getting Better AI Outputs
Zero-Shot vs Few-Shot Prompting
In-Context Examples and When Each Approach Works Best
Chain-of-Thought Prompting Explained
Step-by-Step Reasoning, CoT Variants, and When It Helps
Prompt Patterns for Better AI Outputs
Role, Format, Persona, and Constraint Patterns
Common Prompt Mistakes and Fixes
Vague Instructions, Missing Context, and Format Omissions
Structured Prompting
JSON, Tables, Constraints, and Output Format Control
What Is RAG?
Retrieval-Augmented Generation — Architecture and Benefits
How Vector Databases Work
Embeddings, Approximate Nearest Neighbor Search, and Indexing
Semantic Search vs Keyword Search
Embeddings, Relevance, and Hybrid Retrieval
How AI Agents Work
Planner, Tools, Memory, and the ReAct Loop
Tool Calling and Function Calling Explained
How LLMs Use External APIs, Functions, and Tools
Memory in AI Systems
Short-Term vs Long-Term, In-Context vs External
Embedding and Retrieval Pipeline
End-to-End: Chunking, Embedding, Indexing, and Retrieval
GPT vs Claude vs Gemini
Model Comparison — Strengths, Context, and Use Cases
Open Source vs Closed AI Models
Trade-offs in Access, Cost, Safety, and Customization
LLM vs Traditional NLP Models
Transformers vs Older Pipelines — BERT, RNNs, and Rule-Based NLP
Multimodal AI Explained
Text, Image, Audio — How AI Handles Multiple Data Types
Diffusion Models vs LLMs
Image Generation vs Text Generation — Architecture Differences
AI Hallucinations Explained
Why AI Makes Things Up and How to Reduce Errors
Bias in AI Models
Types of Bias, Sources, and Mitigation Strategies
AI Safety and Alignment Basics
Alignment Problem, RLHF, Constitutional AI, and Interpretability
Prompt Injection Attacks Explained
Direct and Indirect Injection, Jailbreaks, and Defenses
Data Privacy in AI Systems
Training Data, Memorization, Inference Privacy, and Regulations
Limitations of LLMs
What AI Cannot Do Well — Reasoning, Counting, and Grounding
Angles
Angles
Area & Perimeter
Area & Perimeter
Circle Theorems
Circle Theorems
Similar Triangles
Similar Triangles
Triangle Centers
Triangle Centers
Volume & Surface Area
Volume & Surface Area
Derivatives
Derivatives
Integrals
Integrals
Limits & Continuity
Limits & Continuity
Optimization
Optimization
Taylor Series
Taylor Series
Mean, Median & Mode
Mean, Median & Mode
Normal Distribution
Normal Distribution
Day vs Night
Earth's Rotation and the Sun
The Sun: Our Energy Source
Solar Radiation, Photosynthesis, and Earth's Energy Balance
Moon Phases
Reflected Sunlight and the 29.5-Day Cycle
Seasons: Why Weather Changes
Axial Tilt and Solar Angle
Weather Basics
Rain, Sun, Wind, and the Atmosphere
The Water Cycle
Evaporation, Condensation, and Precipitation
Land vs Water: Earth Basics
71% Ocean, 29% Land
Plate Tectonics and Earthquakes
Convergent, Divergent, and Transform Boundaries
Rock Cycle
Igneous, Sedimentary, and Metamorphic Rocks
Star Lifecycle
From Nebula to White Dwarf or Black Hole
Water Cycle
Evaporation, Condensation, Precipitation, and Runoff
Derivative as Slope
Limits, Tangent Lines, and Rates of Change
Integral as Area
Riemann Sums, the Fundamental Theorem, and Accumulation
Matrix Transformations in 2D
Rotation, Scaling, Reflection, and Shear
Slope and Linear Equations
Rise over Run, Slope-Intercept, and Point-Slope Forms
Bouncing Balls
Energy and Collisions
Counting Numbers
One to Twenty
Day and Night
Sun and Stars
Fast and Slow
Speed and Motion
Floating and Sinking
In Water
Fractions
Half and Quarter Pieces
Friction
Stop and Go
Gravity
Why Things Fall Down
Heat Energy
Warm and Hot Things
Heavy and Light
Comparing Weight
How Animals Move
Walk, Swim, and Fly
How Plants Grow
Seeds to Flowers
Land and Water
Earth and Oceans
Levers
Lifting Things Easily
Light Energy
Seeing and Glowing
Magnets
Push, Pull, and Stick
Measuring
Big, Small, Long, Short
Moon Phases
Growing and Shrinking
Motion Paths
Up, Down, and Around
Patterns
Repeating Colors and Shapes
Pulleys
Lifting with Ropes
Push and Pull
Forces Around Us
Ramps and Slides
Moving Down Hills
Rolling and Sliding
Moving Objects
Seasons
Spring, Summer, Fall, Winter
Shadows
Light and Dark Shapes
Shapes All Around Us
Circles, Squares, and More
Simple Machines
Help Us Work
Sound
Hearing and Vibrations
The Sun
Our Bright Star
US Coins
Penny, Nickel, Dime, Quarter
Water Cycle
Rain, Clouds, and Puddles
Weather
Sunny, Rainy, Snowy, Windy
What Is Energy
Power to Move Things
What Makes Things Move
Forces and Motion
Wheels and Axles
Rolling Around
Standard Deviation
Measuring Spread
Probability Rules
Addition, Multiplication & Complement
Sampling Methods
How to Choose Your Sample
Hypothesis Testing
Null, Alternative, p-Value & Decision
Correlation and Regression
r, r2, Slope & Least-Squares Line
Confidence Intervals
Estimating with Margin of Error
Data Visualization Types
Choosing the Right Graph
The Pythagorean Theorem
a2 + b2 = c2
Coordinate Geometry
Distance, Midpoint & Slope
Geometric Transformations
Translations, Rotations, Reflections & Dilations
Congruence and Similarity
Same Shape, Same or Different Size
Trigonometric Ratios
Sine, Cosine & Tangent in Right Triangles
The Chain Rule
Differentiating Composite Functions
Fundamental Theorem of Calculus
Connecting Derivatives and Integrals
Sequences and Series
Convergence, Tests & Sums
Related Rates
How Quantities Change Together
Genetics and Heredity
Mendel's Laws, Punnett Squares & Inheritance
Ecosystems and Biomes
From Local Communities to Global Patterns
Climate Change
Greenhouse Gases, Temperature & Impacts
Ocean Currents and Wind Patterns
Global Heat Transport
Angle Relationships in Circles
Central, Inscribed, and Secant-Tangent Angles
Segment Relationships in Circles
Chords, Secants, and Tangents
Circles in the Coordinate Plane
Standard Form, Graphing, and Intersections
Balloon-Powered Car Project
Newton's Third Law in Action
Plot Diagram: Exposition to Resolution
The Five Stages of Story Structure
Figurative Language
Simile, Metaphor, Personification, Hyperbole, and More
Main Idea vs Supporting Details
Finding the Central Point and the Evidence Behind It
Making Inferences
Reading Between the Lines
Text Features in Nonfiction
Headings, Captions, Diagrams, and More
Author's Purpose: Persuade, Inform, Entertain
The PIE Framework for Reading
The Writing Process
Plan, Draft, Revise, Edit, Publish
How to Write a Strong Paragraph
Topic Sentence, Details, Evidence, Explanation, Closing
Sentence Types
Simple, Compound, Complex, Compound-Complex
Context Clues
How to Figure Out Unknown Words
Summarizing with Somebody Wanted But So Then
The SWBST Fiction Summary Formula
Essay Structure
Introduction, Body Paragraphs, and Conclusion
Prefixes, Suffixes, and Root Words
Unlocking Word Meaning Through Word Parts
Media Literacy
Fact, Opinion, Bias, and Propaganda
Story Elements
Character, Setting, Plot, Conflict, Theme
Beginning, Middle, and End
Story Structure and Sequence
Theme vs. Main Idea
Fiction vs. Nonfiction — What Is the Text Really About?
Point of View
First Person, Third Person, and Beyond
Character Traits vs. Character Feelings
Steady Personality vs. Changing Emotions
Types of Conflict in Literature
Person vs. Person, Nature, Society, Self, Technology, Fate
Idioms and Their Real Meanings
Figurative Phrases That Mean Something Different Literally
Poetry Basics
Rhyme, Rhythm, Stanza, Speaker, and Form
Tone vs. Mood
Author Attitude vs. Reader Feeling
Cause and Effect in Reading
Why Things Happen and What Results
Compare and Contrast
Finding Similarities and Differences in Texts
Fiction vs. Nonfiction
Imagined Stories vs. Factual Texts
Summarizing Nonfiction
Identify the Main Idea and Key Details
Narrative Writing
Telling a Story with a Clear Beginning, Middle, and End
Opinion Writing
State Your View and Support It with Reasons
Persuasive Writing Techniques
Ethos, Pathos, Logos, and More
Informative Writing
Explain, Define, and Teach with Clarity
Descriptive Writing: Show, Don't Tell
Using Sensory Details to Bring Writing to Life
How to Write a Thesis Statement
One Sentence That Guides Your Entire Essay
Using Evidence in Writing
Quote, Paraphrase, Summarize - Then Explain
Parts of Speech
Nouns, Verbs, Adjectives, Adverbs, and More
Subject and Predicate
Who or What + What They Do or Are
Punctuation Marks and Their Jobs
Period, Comma, Apostrophe, Quotation Marks, and More
Comma Rules
When and Why to Use a Comma
Common Grammar Mistakes
Their vs. There, Run-ons, Fragments, and More
Research Skills
Finding, Evaluating, and Citing Sources