Linear Equations Playground
Interactive playground with graph sliders, bite-sized lessons, and leveled quiz challenges for y = mx + b.
Browse the complete catalog of hands-on labs and visual explainers. One featured lesson is open to everyone each week; free accounts can open three lessons each month, and Plus unlocks them all.
Search Results
Interactive playground with graph sliders, bite-sized lessons, and leveled quiz challenges for y = mx + b.
Link a moving object's position, tangent slope, velocity, acceleration, and accumulated change.
Build, compare, and remember equivalent fractions by seeing the same whole in new pieces.
An interactive introduction to fractions for third graders with visual models, short lessons, and a scored quiz.
Interactive converter and quiz arena for equivalent forms: fraction-to-decimal, decimal-to-percent, and percent-to-fraction fluency.
Morph one parent graph through shifts, stretches, compressions, and reflections while its equation updates live.
An interactive lesson with a live graph playground and a comprehensive quiz on shifting, stretching, compressing, and reflecting parent functions.
An interactive lesson that teaches Python loops through a playground, bite-sized concept cards, and a scored quiz.
Interactive algebra studio for solving multi-step equations, variables on both sides, and distributive-property equations.
Run hundreds of visual trials and watch randomness settle into predictable long-run patterns.
Launch an object and see how vertex, roots, symmetry, and coefficients describe its flight.
Scale colorful mixtures while keeping taste, concentration, and unit rate in balance.
Reshape one triangle and see sine, cosine, tangent, angle, and side ratios move together.
Move two lines and connect their geometry to one solution, no solution, or infinitely many solutions.
An interactive identity atlas with animated memory cues, a changing visual explainer, rapid recall practice, and a comprehensive mastery quiz.
Stack unit cubes, reveal hidden layers, and discover why volume is length × width × height.