Adaptation and Selection Pressure Explorer
Use the Education Universe 3D Earth to explore real-world examples of natural selection and investigate how environmental pressures change inherited trait frequencies…
Home › Interactives › Year 8
Teaching resources by year
Explore licensed simulations, investigations and challenges relevant to Year 8 teaching. Individual pages explain the educational focus and verified curriculum alignment where available.
Start a free 30-day trial with class codes and progress tracking, or talk to us about your school's licence.
Use the Education Universe 3D Earth to explore real-world examples of natural selection and investigate how environmental pressures change inherited trait frequencies…
Explore real Australian species occurrence data to investigate geographic distribution, changes through time, environmental associations and sampling limitations.…
Explore labelled, rotatable 3D cell models. Click any organelle to highlight it and read what it does. Currently covers the animal cell, with plant, bacteria, and fungal…
Explore cellular respiration and how cells release usable energy from nutrients. Students examine major inputs, outputs and stages of respiration through an interactive…
Explore real, location-specific food webs, build food chains, predict how a change ripples through a web, and test the model against observations from a real event (the…
Students explore a labelled 3D model of the human kidney, selecting structures such as the renal cortex, renal medulla, renal pelvis, ureter, renal artery and vein,…
Explore how inherited variation, environmental selection, survival and reproduction change phenotype and allele frequencies across generations.
Explore famous fossil sites — from Lagerstätten to bonebeds and trackways — and investigate how preservation shapes what we can learn about life through deep time.
Explore how light, carbon dioxide, water and temperature affect photosynthesis, and trace the inputs and outputs through a leaf and chloroplast.
Complete a structured investigation using leaf and chloroplast views to identify photosynthesis inputs and outputs, locate key processes, and test light, carbon dioxide,…
Students watch the diaphragm, ribs and lung pressure change through each breath and follow air from the nose to the alveoli. Zooming into an alveolus shows oxygen and…
Investigate real satellite-tracking data from green sea turtles to explore migration, habitat use and marine conservation. Follow individual turtles on an interactive…
Explore living and fossil stromatolite locations, compare the evidence for early life, and investigate how biosignatures inform the search for life beyond Earth.
A challenge covering classification of elements, compounds and mixtures, chemical bonding, fixed vs variable ratio, and reasoning about real examples like salt water,…
Explore the differences between elements, compounds and mixtures using particle-level examples. Students can compare bonded and unbonded atoms, fixed and variable…
A guided investigation building up elements, compounds and mixtures step by step: chemical bonding, why compounds have new properties, fixed vs variable ratio, and how…
A randomised Year 8 challenge where students classify changes, choose evidence, and correct common misconceptions about physical and chemical change.
Compare familiar physical and chemical changes through examples such as melting, boiling, dissolving, rusting, burning and reactions involving vinegar and bicarbonate.…
A guided Year 8 investigation where students classify changes, identify evidence such as gas, colour change, heat, light and precipitate formation, and explain whether a…
A Year 8 challenge where students choose suitable separation methods, identify the physical property being used, select apparatus and correct common misconceptions about…
A randomised Year 8 challenge where students identify particle diagrams, predict the effect of heating and cooling, distinguish melting from boiling, and correct common…
Students investigate how solids, liquids and gases differ by comparing particle arrangements and movement. The guided investigation uses heating and phase changes to…
Investigate the Great Smog of London using authentic daily smoke, sulphur dioxide and mortality data. Explore temperature inversions through a labelled model, interpret…
Apply four electoral systems to the same fictional electorate and compare how identical first-preference votes can produce different district winners, seat totals and…
Compare how Australia, the United Kingdom, the United States and India turn votes into representation, government and laws. Explore institutions, form parliamentary…
Investigate how text and images are represented as binary data. Flip bits, edit pixel values, compare resolution and colour depth, test lossless compression and optimise…
Investigate common cyber threats and defensive controls using a visible network. Compare plaintext and encrypted traffic, identify phishing clues, test authentication…
Design an automated bean sorter using real UCI Dry Bean measurements. Choose a limited set of computer-vision features, stay within a sensor budget, test unseen beans…
Explore how data travels through the global Internet. Send data between locations, inspect the route through interconnected networks, break connections and observe how…
Train and test a transparent machine-learning classifier using real Palmer Penguins measurements. Choose features, change k, inspect nearest neighbours and investigate…
Build a message into a TCP/UDP segment, IP packet and Ethernet frame, then follow it through switches and routers to distinguish application data, ports, IP addresses,…
Experiment with TCP and UDP under changing packet loss, latency and jitter. Observe retransmission and on-time delivery, compare trials, and choose an appropriate…
Travel back 250 million years to Pangaea using real plate reconstructions. See Wegener's fossil and ice-age evidence line up across Gondwana, and follow Australia's…
A canvas-based Solar System explorer with animated orbits, selectable planets, simplified scale, planetary classifications and key school-level facts.
Explore 20 years of real temperature and rainfall data across Australia, the United States and Europe. Compare places, investigate seasonal patterns and examine change…
Investigate eight major scientific evidence stories. Make judgements using only the evidence available at each point in history, then reveal new observations,…
Why do two earthquakes of similar size have radically different human impacts? Compare paired earthquakes, tsunamis and eruptions on a 3D globe, reveal population,…
Use real INEGI Sentinel-1 subsidence measurements and CDMX risk-atlas layers to investigate where Mexico City is sinking fastest, compare locations, test explanations…
Investigate how population, migration and urbanisation reshape places. Explore global urbanisation, analyse the components of population change across Australian cities,…
Explore global water stress using real Aqueduct data and investigate why water scarcity differs between places. Compare baseline and future water-stress scenarios,…
Trace the Black Death across Europe using georeferenced historical outbreak records from 1347-1353. Investigate spatial and temporal patterns, test the relationship…
Explore medieval European society, the manor economy, towns and trade using real ca. 1300 settlement data, religious and material evidence, and change-and-continuity…
Investigate the eruption of Mount Vesuvius and the experience of Pompeii through a sequence of historical events and evidence. Students evaluate sources and distinguish…
Explore how Roman territorial control changed from the Republic to the fall of the Western Empire using historical province and regional boundaries. Move through time,…
Investigate the 1854 Soho cholera outbreak through John Snow’s historic death-location map, water pump positions and daily mortality data. Analyse spatial patterns, test…
Trade real 1720 South Sea Company, Bank of England and East India Company share prices day by day as news unfolds, with optional borrowing and margin calls. Compare your…
A randomised 10-question challenge where students calculate area for triangles, parallelograms, trapeziums, rhombuses, kites and composite shapes, with new numbers each…
A guided Year 8 investigation where students derive area formulas by rearranging parallelograms, duplicating trapeziums, using diagonals for rhombuses and kites, and…
Predict how many small squares fit in a larger one and fill it row by row, practise conversions on a km² → mm² ladder, and compare real objects with 1 m², 1 ha and 1 km².
Can one dataset tell two different stories? Analyse authentic World Bank time series, manipulate chart scales and time windows, investigate misleading averages and…
Investigate where the formula A = πr² comes from by progressively slicing a circle into sectors and rearranging them into a rectangle-like shape. Students work through a…
A guided investigation where students connect radius, diameter and circumference, measure how many diameters fit around a circle, discover π as the…
Investigate congruence through translations, rotations and reflections. Students work through a structured sequence identifying corresponding sides and angles,…
A story-driven capstone challenge where students design a festival site by solving connected problems involving percentages, linear equations, circumference, circle…
Use area models and algebra tiles to explore the distributive property, expand brackets, identify common misconceptions and solve randomised algebra challenges.
Break four intercepted messages: a shift cipher (brute force), a substitution cipher (frequency analysis with real English data), a keyword cipher (repeats and common…
Investigate why bees build hexagonal honeycombs by comparing area, perimeter and tessellation. Explore regular shapes, test efficiency, and complete a wax-budget design…
A guided algebra activity where students identify variables, constants, terms and coefficients, sort like and unlike terms, and simplify expressions by collecting like…
A guided balance-scale investigation for solving one-step and two-step linear equations using inverse operations, with symbolic and graphical representations.
A story-driven capstone challenge where students stabilise a Mars research base by solving connected problems involving scientific notation, rates, percentages, linear…
Use real ocean-buoy data to investigate sampling, distributions, probability and relationships between variables.
Place and resize rectangles and right-angled triangles on a scaled site to meet minimum areas and a fence budget, then calculate and check every area and perimeter.
An investigation where students compare perimeter and area across rectangles, triangles, parallelograms, trapeziums, rhombuses, kites, circles and composite shapes,…
A simple randomised ratio challenge where students practise simplifying ratios, finding equivalent ratios and solving missing-value ratio questions using visual ratio…
An active lab applying ratios, rates, percentages and percentage change to current Tour de France and weather data.
A guided Year 8 investigation covering ratio simplification, scaling, unit rates, percentages, discounts and percentage change in real-world contexts.
Try the historic seven bridges puzzle, discover Euler's graph rule, redesign the network and explain why crossing every bridge exactly once is impossible.
Investigate how to determine the volume of a swimming pool using a rotatable 3D model. Students identify the key measurements required, determine an appropriate method…
Why do official sources disagree about the length of Australia's coastline? Students walk rulers of different lengths around the real mainland coast, measure maps at…
Investigate historical COVID-19 case reports using daily graphs, moving averages, percentage change and doubling times. Build a separate exponential growth model, test…
Use the official count of everyone aboard the Titanic to work with percentages, two-way tables, Venn and tree diagrams and conditional probability, and test claims about…
A guided investigation connecting Venn diagrams, two-way tables, probability language, complementary events, union and intersection using classroom survey data.
A randomised challenge covering acceleration, deceleration, initial velocity, final velocity, elapsed time and the difference between speed and acceleration.
Students investigate how changes in velocity over time produce acceleration, deceleration and constant-velocity motion.
A guided ramp investigation in which students compare repeated trials and calculate acceleration for different slopes.
Students calculate distance and displacement from rectangular, triangular, trapezoidal and signed areas beneath velocity–time graphs.
An open average-speed explorer in which students adjust distance and travel time, run an animated car and observe the relationship between distance, time and average…
A guided investigation in which students measure a moving car using manual stopwatch trials, calculate mean time and average speed, identify anomalous results and…
Build and test series and parallel circuits using cells, switches, lamps, resistors, ammeters and wires. Explore complete circuits, current flow, voltage, resistance and…
Complete a guided circuit investigation by building working circuits, testing open switches, comparing one and two cells, reversing cells, measuring current with an…
Explore momentum and collisions through Space, NASCAR and Baseball contexts, then investigate mass, velocity, elasticity, impulse, momentum vectors and kinetic energy in…
A randomised challenge involving Sankey diagrams, efficiency calculations and interpretation of energy transfers in real-world devices.
A step-by-step investigation into energy transfers, efficiency and Sankey diagrams, showing that energy is transformed rather than lost.
Explore how electrical devices transfer energy into light, heat, movement, sound and stored chemical energy. Classify useful and other outputs, then complete…
A step-by-step version of the classic spring-extension practical. Students calculate extensions from ruler readings, plot a graph, identify the limit of proportionality…
Drag a load slider to stretch a spring, a copper wire or a rubber band, and watch the force–extension graph plot live — including the limit of proportionality, the…
A randomised challenge where students solve momentum and collision problems involving different masses and speeds, predict collision outcomes and apply conservation of…
A step-by-step investigation into how mass and velocity affect momentum and collisions. Students predict outcomes, test ideas with light and heavy objects, and connect…
Test how changes in net force and mass affect an object's acceleration in a Newton's second law interactive. The full interactive is available to licensed Education…
Apply knowledge of sound waves in a challenge activity requiring students to interpret wave diagrams and connect waveform features with sound behaviour. The full…
Investigate sound-wave properties through interactive visualisations. Students change waveform parameters and connect wave patterns with audible pitch and loudness…
Conduct a guided investigation into sound-wave behaviour. Students vary wave parameters, observe changes and use evidence to test explanations about sound and wave…
Explore how sound behaves in different rooms and how surface properties affect reflection, absorption and the listening environment. Students compare arrangements to…
Explore sound and its graphical representations with an oscilloscope-style display. Students relate changes in waveform shape and timing to the properties of sound. The…
A randomised challenge covering distance, displacement, average speed, average velocity, direction and return journeys.
Students compare distance with displacement and speed with velocity across direct, return and multi-stage journeys.
Investigate the 1940 Tacoma Narrows Bridge collapse through historical evidence, a controllable qualitative aeroelastic model and engineering reasoning.
Students classify fourteen everyday quantities — force, velocity, mass, temperature, and more — as vectors or scalars, with immediate feedback and a short explanation…
A guided, step-by-step walkthrough of velocity–time graphs set against a real current event (motorsport, athletics, cycling or a rocket launch). Students work through…
Twelve everyday scenes — a tug pulling a tanker, a compass near a magnet, a parachutist descending — where students identify which type of force is acting, with…