← Back to Syllabus

πŸ§ͺ Virtual Experiments Hub

Interactive simulations for Structure and Reactivity

🧊 Structure

S1.1 - S1.3 Atomic Structure

S1.1
πŸ“ˆ

Maxwell-Boltzmann

Interactive energy distribution curves β€” drag temperature and catalyst lines.

SLBetaNEW
S1.3
🌈

Hydrogen Emission

Balmer series mapping β€” observe emission lines through a virtual spectroscope.

SLBeta
S1.2
πŸ”₯

Flame Tests

Spray unknown chlorides into a flame β€” identify metals by emission color.

SLBeta
S1.2
βš–οΈ

Mass Spectrometry

Separate isotopes by m/z ratio and calculate relative atomic mass.

SLBeta
S1.3
⚑

Ionization Energies

Graph successive IEs to visually deduce electron shells and group numbers.

HLBeta
S1.3
πŸ“Š

Atomic Absorption

Beer-Lambert law calibration curve β€” concentration vs absorbance plotting.

HLBeta

S1.4 - S1.5 Moles & Gases

S1.4
πŸ”₯

Mg β†’ MgO

Empirical formula β€” crucible lid lifting timing to prevent mass loss.

SLBeta
S1.4
πŸ’Ž

Hydrate Analysis

CuSOβ‚„Β·5Hβ‚‚O β€” heat control to prevent decomposition to CuO.

SLBeta
S1.5
🎈

Ideal Gas Law

Syringe piston β€” adjusting atmospheric pressure and temperature.

SLBeta
S1.4
♻️

Atom Economy

Compare two synthetic routes β€” maximize yield, minimize waste.

SLBeta

S2.2 - S2.4 Bonding & Materials

S2.2
⬑

VSEPR Shapes

CHβ‚„, NH₃, Hβ‚‚O β€” snap atoms, enforce lone-pair compression.

SLBeta
S2.2
↔️

Resonance

COβ‚‚, O₃ β€” delocalization visualizations and formal charge matching.

SLBeta
S2.2
🌟

Expanded Octet

PClβ‚…, SF₆, XeFβ‚„ β€” toggle d-orbital participant visualization.

HLBeta

πŸ”₯ Reactivity

R1.1 - R1.2 Energetics

R1.1
πŸ§ͺ

Solution Calorimetry

HCl + NaOH neutralization & dissolution in a coffee-cup calorimeter.

SLBeta
R1.1
πŸ”₯

Combustion

Spirit burner β€” measure enthalpy of combustion of alcohols.

SLBeta
R1.2
πŸ”„

Hess's Law

Three-step enthalpy cycle verification using coffee-cup calorimetry.

SLBeta
R1.2
πŸ”—

Bond Enthalpies

Compare measured Ξ”H vs theoretical IB Data Booklet bond enthalpy sums.

HLBeta
R1.2
πŸ“

Born-Haber Cycle

Interactive drag-and-drop energy level diagram builder.

HLBeta

R2.1 - R2.2 Kinetics & Stoich

R2.2
❌

Disappearing Cross

Thiosulfate + HCl β€” visual opacity measurement and rate calculation.

SLBeta
R2.2
πŸ’¨

Gas Collection

Initial rates method via tangent drawing on a noisy volume/time graph.

SLBeta
R2.2
⏰

Iodine Clock

Colorless to black sudden changes based on integrated rate math.

HLBeta
R2.2
🧩

Rate Law Logic

Method of initial rates β€” matrix logic puzzle varying [A] and [B].

HLBeta
R2.2
πŸ“‰

Arrhenius Plot

Temperature bath β€” plot ln(k) vs 1/T to find activation energy.

HLBeta
R2.1
πŸ”„

Back Titration

Indirect analysis of insoluble carbonates.

HLBeta

R2.3 Equilibrium

R2.3
πŸ’¨

CaCO₃ Equilibrium

Gas collection over water with vapor pressure correction.

SLBeta

R3.1 Acids & Bases

R3.1
πŸ”¬

Titration

Drop-by-drop titration with pH curves and indicator color changes.

SLBeta
R3.1
πŸ“Š

Weak Acid/Base

Identify buffer regions on generated pH curves.

SLBeta
R3.1
⚑

Conductometric

Swap pH probe for conductivity meter β€” V-shaped equivalence graphs.

HLBeta
R3.1
πŸͺœ

Polyprotic Acids

Stepped pH curves for polyprotic acids like phosphoric acid.

HLBeta
R3.1
🎯

pKa Determination

Find half-equivalence point on the curve to deduce Ka.

HLBeta
R3.1
πŸ›‘οΈ

Buffer Capacity

Bombard a buffer with HCl/NaOH until it breaks.

HLBeta

R3.2 Redox

R3.2
πŸ₯‡

Activity Series

Drag-and-drop metal strips into solutions to observe displacement.

SLBeta
R3.2
πŸ”Œ

Daniell Cell

Standard cell assembly β€” must include a salt bridge to close the circuit.

SLBeta
R3.2
βš—οΈ

Redox Displacement

Zn + CuSOβ‚„ powder addition β€” temperature change measurement.

SLBeta
R3.2
πŸ’§

Electrolysis

Hofmann apparatus gas collection β€” predicting selective discharge.

HLBeta
R3.2
πŸͺ™

Electroplating

Mass deposited dynamically changes electrode graphic.

HLBeta

🌿 Organic

S3.2
πŸ§ͺ

Functional Groups

Distinguishing tests for alkanes, alkenes, alcohols, etc.

SLBeta
S3.2
πŸ”₯

Distillation

Setup for reflux vs distillation techniques.

SLBeta
R3.4
βš—οΈ

Mechanisms

Interactive SN1, SN2, and radical substitution pathways.

HLBeta