Cell World
Use a magnified image to notice repeating parts while distinguishing an image model from direct sight.
Cell World: Model one relationship100 category-specific investigations are open for Grades 6-8 review across all 100 Worlds.
Use a magnified image to notice repeating parts while distinguishing an image model from direct sight.
Cell World: Model one relationshipSeparate inherited resemblance from traits or skills shaped by experience.
Gene Lab: Model one relationshipConnect visible body parts with jobs that help a person sense and move.
Body Atlas: Model one relationshipNotice variation among individuals of the same kind without treating difference as better or worse.
Evolve Sim: Model one relationshipRecognize that living things depend on suitable food, water, light, and shelter.
Ecosystem: Model one relationshipDistinguish today's weather from a pattern recorded across many days.
Climate Engine: Model one relationshipConnect the direction and strength of a push or pull to a visible change in motion.
Force Field: Model one relationshipNotice repeating paths in a physical model without treating model scale or forces as literal.
Orbit Lab: Model one relationshipConnect a repeated disturbance with a visible pattern moving through a material.
Wave World: Model one relationshipUse light and shadow observations to predict what changes when an object or light source moves.
Optics Bench: Model one relationshipUse a particle model to represent that materials can be made from repeating groups while respecting model limitations.
Molecule Forge: Model one relationshipDistinguish an observable material change from a change in position or arrangement.
Reaction Lab: Model one relationshipConnect a spoken or written number to a quantity built from objects and groups.
Place Value Lab: Model one relationshipMake equal shares and explain how the whole is divided without introducing symbolic procedures too early.
Fraction Forge: Model one relationshipRepresent an unknown quantity with a concrete box and preserve equality through matching moves.
Algebra Lab: Model one relationshipTreat an equation as a statement that two quantities are the same.
Equation Solver: Model one relationshipBuild fair one-to-one relationships before using formal ratios.
Proportion Lab: Model one relationshipConnect a changing situation with a picture graph that rises, falls, or stays level.
Graphverse: Model one relationshipUse visible shape properties to justify why a claim remains true after moving or turning a shape.
Geo Proof: Model one relationshipBuild a short explanation by connecting a claim to observable evidence.
Proof Builder: Model one relationshipRepresent a story situation with objects, actions, and an equation appropriate to the grade.
Word Problem Engine: Model one relationshipBuild a simple input-rule-output path using switches and visible signals.
Circuit Mind: Model one relationshipCreate and debug an ordered set of instructions for a visible character.
Code Craft: Model one relationshipTest a simple program and revise the specific instruction that causes an unexpected result.
Code Lab: Model one relationshipCollect data with a clear rule and notice how missing observations can change a conclusion.
Data Lab: Model one relationshipCompare category counts and make a claim limited to the collected group.
Statsphere: Model one relationshipBuild and test a structure against a clear load or stability goal.
Build Lab: Model one relationshipChoose materials by testing properties against a making goal.
Make Shop: Model one relationshipExplore how a simple mechanism changes the direction or size of a motion.
Mechanism Lab: Model one relationshipDesign with a person's stated need rather than assumptions about what they can do.
Assistive Design: Model one relationshipConnect a sensor observation to a controlled response and revise a simple rule.
Sense & Control: Model one relationshipCompare design choices using both a human need and an environmental effect.
Green Works: Model one relationshipFollow and revise a safe making sequence while tracking which materials remain in the result.
Synth Lab: Model one relationshipPlan a fair observation by changing one condition and keeping other conditions alike.
Bio Forge: Model one relationshipConnect parts of a safe model with the jobs they help a living thing perform.
Dissect Lab: Model one relationshipTrack safe, modeled energy transfers from a source to warming water without simulating hazardous operation.
Reactor Core: Model one relationshipCompare star observations by color and apparent brightness without inferring unsupported age or distance.
Stellar Lab: Model one relationshipUse a landform model to test how water follows slopes and where barriers redirect flow.
Geo Forge: Model one relationshipRecognize land and water patterns on pictures, models, and simple maps.
Terra Map: Model one relationshipRecord repeating patterns in the apparent positions of the sun, moon, and stars.
Skywatch: Model one relationshipTrain and test a simple sorting model while noticing examples it has not seen.
Neural Path: Model one relationshipTest how channel shape changes the direction and speed of visible water flow.
Fluid Lab: Model one relationshipCompare paper-flight designs using repeated, fair tests rather than one lucky flight.
Aerospace Lab: Model one relationshipBuild, run, and debug a short command sequence for a physical-system model.
Robotics Lab: Model one relationshipMake a classroom resource choice by comparing needs, limits, and who is affected.
Business Case: Model one relationshipNotice a health concern, avoid diagnosis, and choose an appropriate trusted-adult response.
Clinical Sim: Model one relationshipRecognize private information and choose when to ask a trusted adult before sharing.
Cyber Sim: Model one relationshipCompare how designed objects follow rules and make choices possible or impossible.
Made World: Model one relationshipArrange characters, settings, problems, and endings into a coherent oral or picture story.
WriteCraft: Model one relationshipPredict how a literal reader will execute a text, locate ambiguity or missing context, and revise language using reader evidence.
Writing Reader: Model one relationshipCompare simple sources and distinguish what each source can show about the past.
History Sim: Model one relationshipUse words, gestures, and pictures to complete a meaningful social exchange.
World Language: Model one relationshipMake an intentional visual choice and describe how it changes what viewers notice.
Art Lab: Model one relationshipCreate and compare sound patterns using beat, silence, loudness, and timbre.
Music Lab: Model one relationshipPlan and perform safe movement patterns while noticing body position and space.
PE Lab: Model one relationshipNotice feelings and choose a safe, respectful response while recognizing that people may feel differently.
SEL Lab: Model one relationshipRecognize how a care team listens, checks, communicates, and protects privacy.
Clinical Nurse Residency: Model one relationshipNotice access needs related to seeing and choose a supportive, non-diagnostic response.
Optometry Clinical Residency: Model one relationshipExplore a deliberately simplified chance model without claiming it explains quantum physics.
Quantum Lab: Model one relationshipCompare measurable lengths by aligning objects to the same starting point.
Measure Lab: Model one relationshipUse equal groups to describe repeated quantities before symbolic multiplication.
Multiply Forge: Model one relationshipShare a collection into equal groups and check for leftovers.
Division Lab: Model one relationshipCompose a whole from equal parts and connect tenths to familiar measurement contexts in Grade 2.
Decimal Bridge: Model one relationshipIdentify, extend, and describe repeating and growing visual patterns.
Pattern Lab: Model one relationshipCompose larger shapes from smaller shapes and decompose them in multiple ways.
Shape Builder: Model one relationshipDescribe position and movement using directional language and an ordered grid path.
Coordinate Grid: Model one relationshipCompare turns and corners using square-corner and quarter-turn benchmarks.
Angle Lab: Model one relationshipCompare how containers cover space and how faces can be composed from shapes.
Surface & Volume Lab: Model one relationshipDescribe chance using possible, impossible, and more or less likely outcomes.
Probability Lab: Model one relationshipNotice constant additive change in a concrete growing pattern.
Linear Lab: Model one relationshipCompose and compare square regions without introducing a formal theorem prematurely.
Pythagoras Lab: Model one relationshipNotice whether two measured features appear to change together in a small picture dataset.
Scatter Lab: Model one relationshipRecognize repeated doubling as a growing pattern without symbolic exponent notation.
Exponent Lab: Model one relationshipDescribe a consistent input-output rule using a concrete machine.
Function Intro: Model one relationshipSort observations into categories and use a picture graph to compare counts.
Data Lab Elementary: Model one relationshipOrder familiar events and connect clocks and coins with their everyday purposes.
Time Money Units: Model one relationshipCompare repeated one-for-each relationships in familiar contexts.
Ratio Rate: Model one relationshipConnect different action stories that produce the same quantity.
Expression Lab: Model one relationshipCompare two quantities using more, fewer, and the same before introducing symbols.
Inequality Lab: Model one relationshipDescribe visible changes when water is warmed or cooled.
States of Matter: Model one relationshipUse repeated observations to connect light and water with visible plant growth.
Plant Lab: Model one relationshipObserve how cooling moist air changes whether a cloud is visible.
Weather Lab: Model one relationshipNotice ordinary body signals and choose safe actions that support wellbeing.
Body Intro: Model one relationshipIdentify traits that young living things share with parents and traits that vary.
Heredity Intro: Model one relationshipUse a model sequence to describe how one starting unit can become two during growth.
Cell Division: Model one relationshipChoose actions that reduce a visible human impact on a local habitat.
Human Impact: Model one relationshipConnect an animal's visible structure with a job it helps the animal perform.
Adaptation Lab: Model one relationshipSequence a simple food relationship from sunlight to plant to animal.
Food Web: Model one relationshipUse visible test evidence to infer that unseen agents can move between surfaces.
Microbe Lab: Model one relationshipUse visible clues to decide what a living thing needs and where it belongs.
K-2 Bio Shell: Model one relationshipTrack warmth moving between objects using before-and-after observations.
Energy Transfer: Model one relationshipUse tests to identify when magnets attract, repel, or do not affect an object.
Magnet Lab: Model one relationshipConnect visible vibration with sound and compare actions that make sounds louder or softer.
Sound Lab: Model one relationshipInvestigate how pushes and pulls can start, stop, speed up, slow down, or redirect an object.
Simple Forces: Model one relationshipUse visible evidence to explain why a toy can be seen only when light reaches it and the viewer.
Light Lab: Model one relationshipUse a day-and-night model to connect Earth's turning with changing sky views.
Solar System Lab: Model one relationshipSort rocks by observable properties and compare multiple valid grouping rules.
Rock Lab: Model one relationshipObserve where water is found and describe how heating, cooling, and movement change what is visible.
Water Lab: Model one relationshipCompare observable sky objects while respecting the limits of pictures and scale models.
Space Explorer: Model one relationshipUse rock-layer and fossil clues to order events from older to newer.
Earth History: Model one relationship