WORLD 01
M
measurement, dimensional analysis, moles, and stoichiometry
← Grade 8 Bridge
Stoichiometry, electron structure, bonding, gases, solutions, and energy
Chemistry Quantitative Lab
Count the particles. Defend the model.
The Quantitative Lab has reactions without reliable measurements. Super Gio must restore mole ratios, particle models, energy diagrams, and fair tests.
SUPER GIO SAYS“Count the particles before they start a group chat.”
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MOL
GRADE 8 ARTIFACTMole Ratio Ledger
YOUR EXPEDITION MAP
Eight worlds to master
Finish each Challenge mission to earn a WORLD MASTERED star.
WORLD 02
E
electron arrangement, periodic trends, and chemical behavior
Electron Configuration and Periodicity
Use electron configurations and periodic structure to explain trends in size, attraction, ion formation, and reactivity.WORLD 03
M
ionic and covalent bonding, polarity, geometry, and properties
Chemical Bonding and Molecular Geometry
Model bonding, Lewis structures, molecular shape, polarity, and how intermolecular attractions affect properties.WORLD 04
R
reaction types, limiting reactants, theoretical yield, and conservation
Reaction Stoichiometry Lab
Predict products, balance reactions, identify limiting reactants, and compare theoretical with actual yield.1
LearnDecode Reaction Stoichiometry Lab
→2PracticeApply reaction types, limiting reactants, theoretical yield, and conservation
→3ChallengeReaction Yield Console Challenge
→SUPER GIO CHALLENGE · WORLDS 1–4
WORLD 05
P
pressure, volume, temperature, amount, and gas-particle models
Gas Laws and Kinetic Theory
Relate macroscopic gas behavior to particle motion and solve proportional gas-law relationships.WORLD 06
S
concentration, solubility, pH, acids, bases, and neutralization
Solutions, Acids, and Bases
Prepare and analyze solutions, interpret pH, and model acid-base behavior and neutralization.WORLD 07
E
energy transfer, enthalpy, collision theory, and reaction rate
Thermochemistry and Reaction Rates
Interpret energy diagrams and investigate how concentration, temperature, surface area, and catalysts affect rates.WORLD 08
D
reversible reactions, equilibrium, systems, and quantitative investigation
Equilibrium and Chemistry Capstone
Model dynamic equilibrium and integrate particles, quantities, energy, rate, and experimental evidence.1
LearnDecode Equilibrium and Chemistry Capstone
→2PracticeApply reversible reactions, equilibrium, systems, and quantitative investigation
→3ChallengeDynamic Equilibrium Console Challenge
→SUPER GIO CHALLENGE · WORLDS 5–8