WORLD 01
V
vectors, displacement, velocity, acceleration, and two-dimensional motion
← Grade 8 Bridge
Two-dimensional motion, dynamics, momentum, energy, waves, and circuits
Physics Vector Lab
Choose a direction. Test the model.
The Vector Grid knows how far everything moved, but not which way. Super Gio must rebuild motion, forces, collisions, waves, and circuits from evidence.
SUPER GIO SAYS“Vectors have direction. Unlike my cape in a wind tunnel.”
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2D
GRADE 8 ARTIFACTVector Motion Plotter
YOUR EXPEDITION MAP
Eight worlds to master
Finish each Challenge mission to earn a WORLD MASTERED star.
WORLD 02
T
projectile motion, centripetal acceleration, and modeling
Projectile and Circular Motion Lab
Model projectiles and objects moving in circles by separating components and identifying inward acceleration.WORLD 03
F
Newtonian dynamics, friction, systems, and free-body diagrams
Dynamics and Friction Lab
Use Newton laws and free-body diagrams to analyze connected objects, friction, and changing motion.WORLD 04
C
momentum, impulse, collisions, and conservation
Momentum and Impulse Arena
Analyze collisions using momentum change, impulse, force-time data, and carefully chosen system boundaries.1
LearnDecode Momentum and Impulse Arena
→2PracticeApply momentum, impulse, collisions, and conservation
→3ChallengeCollision Analyzer Challenge
→SUPER GIO CHALLENGE · WORLDS 1–4
WORLD 05
E
work, kinetic and potential energy, efficiency, and power
Work, Energy, and Power Station
Track energy transfers and use work-energy relationships to analyze motion, machines, efficiency, and power.WORLD 06
W
wave properties, interference, resonance, and sound
Waves and Sound Observatory
Investigate wave speed, frequency, wavelength, interference, resonance, and evidence from sound patterns.WORLD 07
C
charge, potential difference, current, resistance, and circuits
Electricity and Circuits Lab
Build and analyze series and parallel circuits using conservation, measurement, and electrical relationships.WORLD 08
P
experimental design, mathematical modeling, uncertainty, and defense
Integrated Physics Capstone
Design and defend an investigation integrating motion, force, energy, waves, or circuits with two-dimensional reasoning.1
LearnDecode Integrated Physics Capstone
→2PracticeApply experimental design, mathematical modeling, uncertainty, and defense
→3ChallengePhysics Model Defense Challenge
→SUPER GIO CHALLENGE · WORLDS 5–8