IITJEE CHEMISTRY: Master All 20 JEE Chemistry Labs

⚡Apex Class Interactive IITJEE Chemistry Virtual Lab Portal

Master All 20 JEE Chemistry Labs in One Click

Filter by Physical, Inorganic, or Organic Chemistry below. Tap any card to launch its interactive SVG visualizer, formula cheat sheet, and PYQ trap solver.

20 Labs100% Syllabus Covered
80+ SimsInteractive SVG States
100 MarksFull Paper Coverage
Lab 01 • Physical 🎯 4 Marks

Mole Concept & Redox Stoichiometry

Visualize Limiting Reagents, Concentration Terms (Molarity vs Molality), and n-factor Equivalent Concept titrations.

N₁V₁ = N₂V₂ Limiting Reagent n-factor
🚀 Launch Lab 01
Lab 02 • Physical 🎯 4–8 Marks

Atomic Structure & Quantum Numbers

Explore Bohr orbits (r ∝ n²/Z), energy jumps (Lyman, Balmer), and visualize radial nodes (n – l – 1) in s, p, and d orbitals.

E = -13.6 Z²/n² Nodes: n – l – 1 mvr = nh/2π
🚀 Launch Lab 02
Lab 03 • Physical 🎯 4 Marks

States of Matter & Real Gases

Compare Ideal vs Real Gas behavior, Van der Waals constants (a vs b), and plot Compressibility Factor Z vs P.

PV = nRT Z = Vreal / Videal Gas Constants a, b
🚀 Launch Lab 03
Lab 04 • Physical 🎯 4–8 Marks

Chemical Thermodynamics & Enthalpy

Master 1st Law signs (w = -PΔV), Bomb Calorimetry (ΔH vs ΔU), Born-Haber Cycles, and Gibbs Spontaneity Matrix.

ΔH = ΔU + ΔngRT ΔG = ΔH – TΔS Hess’s Law
🚀 Launch Lab 04
Lab 05 • Physical 🎯 4 Marks

Chemical Equilibrium & Le Chatelier

Shift the Haber process, avoid the constant volume inert gas trap, and plot Van ‘t Hoff Exothermic vs Endothermic slopes.

Kp = Kc(RT)Δng Q vs K ln K vs 1/T
🚀 Launch Lab 05
Lab 06 • Physical 🎯 4–8 Marks

Ionic Eq, Titrations & Buffer Solutions

Trace pH drops during Acid-Base titrations, balance Henderson buffer formulas, and suppress Ksp with Common Ions.

pH = pKa + log(S/A) Ksp = xˣyʸSˣ⁺ʸ Hydrolysis pH
🚀 Launch Lab 06
Lab 07 • Physical 🎯 8 Marks

Electrochemistry, Nernst & Daniell Cell

Visualize LOAN rules, Nernst shifts, Kohlrausch’s Law (Λm vs √C), and Faraday’s Laws of Aqueous Electrolysis.

E = E° – (0.059/n)logQ ΔG° = -nFE° Λm = κ × 1000/M
🚀 Launch Lab 07
Lab 08 • Physical 🎯 4–8 Marks

Chemical Kinetics & Arrhenius Equation

Plot Zero/1st-Order decay curves, use the golden t99.9% = 10 t1/2 shortcut, and lower Catalyst energy barriers (Ea).

t1/2 = 0.693/k k = A e-Ea/RT Gas Phase Pt
🚀 Launch Lab 08
Lab 09 • Physical 🎯 4 Marks

Solutions & Colligative Properties

Determine Vapor Pressure via Raoult’s Law, plot Elevation of Boiling Point, and compute Van ‘t Hoff factor i for dissociation.

Ptotal = P°AXA + P°BXB ΔTf = i Kf m π = i C R T
🚀 Launch Lab 09
Lab 10 • Physical 🎯 4 Marks

Solid State & Surface Chemistry

Visualize SC/BCC/FCC packing efficiencies (74%), Tetrahedral/Octahedral Voids, Schottky defects, and Adsorption Isotherms.

FCC (Z=4) d = ZM / a³NA x/m = k P1/n
🚀 Launch Lab 10
Lab 11 • Inorganic 🎯 Foundation

Periodic Properties & Shielding Effect

Track Atomic Radii, Ionization Energy exceptions (N vs O), Electron Affinity anomalies (Cl > F), and Zeff calculation.

IE: N > O (Half-filled) EA: Cl > F Zeff = Z – σ
🚀 Launch Lab 11
Lab 12 • Inorganic 🎯 8–12 Marks

Chemical Bonding, VSEPR & MOT Lab

Master sp³d Bent’s Rule, Lone Pair repulsions, s-p Mixing Crossover (B₂ vs O₂), and the 14-Electron Bond Order Pyramid!

SN = ½(V+M-C+A) BO = 3.0 – 0.5|e-14| Paramagnetic O₂
🚀 Launch Lab 12
Lab 13 • Inorganic 🎯 8 Marks

Coordination Compounds & CFT Splitting

Compare High-Spin vs Low-Spin d⁶, Octahedral (Δo) vs Tetrahedral (Δt) fields, and Carbonyl Synergic Back-Bonding.

Δt = (4/9)Δo [Ni(CN)₄]²⁻ dsp² fac/mer Isomerism
🚀 Launch Lab 13
Lab 14 • Inorganic 🎯 8 Marks

Metallurgy Ellingham Diagram & p-Block

Read the ΔG° vs T Ellingham curves for Oxide Reduction, Froth Floatation, and visualize p-Block Oxoacid structures.

Ellingham ΔS > 0 Mond Process (Ni) H₂SO₄ Contact
🚀 Launch Lab 14
Lab 15 • Inorganic 🎯 4–8 Marks

d/f-Block Elements & Qualitative Salt Analysis

Master Lanthanide Contraction, KMnO₄ / K₂Cr₂O₇ Titrations, and memorize Cation Flame Tests & Precipitation groups.

KMnO₄ Eq Wt = M/5 Lanthanide Contraction Group Reagents
🚀 Launch Lab 15
Lab 16 • Organic 🎯 8 Marks

General Organic Chem (Electronic Effects)

Push arrows for Inductive (±I) and Mesomeric (±M) effects. Master Hyperconjugation (α-H) and Huckel’s Aromaticity Rule.

+M (Ortho/Para) Hyperconjugation 4n+2 π Aromatic
🚀 Launch Lab 16
Lab 17 • Organic 🎯 4 Marks

Stereoisomerism & Newman Projections

Rotate Ethane (Staggered/Eclipsed), solve Butane’s Gauche Effect, visualize Cyclohexane Chair Flips, and spot Meso compounds.

Anti vs Gauche Chair Ring Flip Meso (Internal POS)
🚀 Launch Lab 17
Lab 18 • Organic 🎯 8 Marks

Substitution & Elimination Mechanisms

Visualize SN2 Walden Inversion (Umbrella Flip), SN1 Racemization, E2 Anti-Periplanar Geometry, and Zaitsev vs Hofmann rules.

SN2: 1° > 2° > 3° SN1 Carbocation Anti-Periplanar E2
🚀 Launch Lab 18
Lab 19 • Organic 🎯 12–16 Marks

Hydrocarbon & Carbonyl Name Reactions

Compare Markovnikov vs Kharasch, cleave double bonds with Ozonolysis, and master the Aldol vs Cannizzaro Carbonyl showdown.

Aldol (has α-H) Ozonolysis (O₃/Zn) EAS Directors
🚀 Launch Lab 19
Lab 20 • Organic 🎯 Guaranteed 8M

Biomolecules, Amino Acids & Polymers

Draw Glucose Haworth projections, balance Amino Acid Zwitterions at the Isoelectric Point (pI), and identify Peptide bonds.

Zwitterion pI Haworth Projection DNA vs RNA
🚀 Launch Lab 20
💡 Quick Navigation Tip: Use the category pills at the top to filter all 20 labs by Physical, Inorganic, or Organic Chemistry, then click any Launch Lab button to jump straight to that interactive simulator!

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