The Electrochemistry formulas for JEE Main 2026 examination are Kohlrausch’s Law, Nernst Equation, Molar Conductivity, Ohm’s Law, Specific Conductance, Gibb’s Energy Function, Faraday’s Laws of Electrolysis and others.
The Electrochemistry formulas for JEE Main 2026 includes those for Nernst Equation, Kohlrausch’s Law, Ohm’s Law, Molar Conductivity, Specific Conductance, Faraday’s Laws of Electrolysis and Gibb’s Energy Function among others. The unit of Electrochemistry carries 4 marks in the JEE Main Chemistry syllabus 2026. Preparing a short electrochemistry formula PDF 2026 will help you in quick revisions during exam preparation.
Understanding the JEE Main exam pattern 2026 is also crucial for performing well in the examination and strategising the study plan accordingly. The electrochemistry formulas in the JEE Main chemistry section are from topics such as Principles of Practical Chemistry, Chemical Kinetics, States of Matter, Basic Concepts in Chemistry, Atomic Structure, etc
Electrochemistry Formulas for JEE Main 2026 PDF
Electrochemistry deals with the state of changes in a matter when electric current electricity passes through it, along with the change of mechanical to electrical energy and electrical energy to mechanical energy. Electrochemistry is an important unit in the Chemistry syllabus of the JEE Mains examination 2026. Shared below is the PDF containing the formulas of Electrochemistry.
| Electrochemistry Formulas for JEE Main 2026 | To be Updated |
Also Read: JEE Main Important Formulas 2026 - Subject Wise PDF Download
Important Electrochemistry Formulas for JEE Main 2026
With the JEE Main 2026 exams round the corner, the students must start with their revisions. Electrochemistry is a unit that comes under the Chemistry section of the JEE Mains examination. The formulas in Electrochemistry must be remembered as they are crucial to solving the numerical problems.
The most important Electrochemistry formulas for JEE Main 2026 have been listed under:
- ∆G = -nFEcell
- ∆G ֯= -nFE֯ cell
- For an electrode, Oxidation Potential = - Reduction Potential
- Ecell = RP of Cathode – RP of Anode
- Ecell = RP of Cathode + OP of Anode
- E֯cell = SRP OF Cathode – SRP of Anode
- w ∝ Q or w ∝ (I x t) w = Zit W ∝ E W/E = F (constant)
- I = V/R
- ρ = R.a/l
- K = 1/ρ
- C = 1/R
- Equivalent conductivity = Conductivity / Concentration in equivalents per unit volume
- Λm = K/Cm
- λ∞eq = λ∞c + λ∞a
- λ∞eq = Equivalent conductivity at an infinite dilution
- λ∞a = Conductivity of an anion at an infinite dilution
- λ∞c = Conductivity of a cation at an infinite dilution
- Ecell = E0 – [RT/zF]
Also Read: JEE Main Chemistry Important Formulas 2026 - Download PDF
JEE Main 2026 Electrochemistry Syllabus
Knowing the syllabus thoroughly is of utmost importance for the students appearing for the JEE Mains examination. Also, keeping the list of chapters in the syllabus handy can help them create a checklist for revision. The Chemistry syllabus for JEE Main 2026 examination has been shared below:
- Principles of Practical Chemistry
- Chemical Kinetics
- States of Matter
- Basic Concepts in Chemistry
- Atomic Structure
- Solutions
- Chemical Thermodynamics
- Electrochemistry
- Polymers
- Redox Reactions
- Periodicity
- D and f Block Elements
- Equilibrium
- Classification of Elements
- Oxygen, Halogens and Nitrogen
- Chemical Bonding
- Organic Compounds – Characterisation and Purification
- Organic Compounds
- Basics of Organic Chemistry
- Biomolecules
- Chemistry in Everyday Life
- Hydrocarbons
- Alkali Metals
- Group 13 to Group 18 Elements
- Hydrogen
- Alkaline Earth Metals
- Environmental Chemistry
- Isolation of Metals
- Surface Chemistry
- Coordination Compounds
Also Read: JEE Main Model Questions with Solutions - Download PDF
JEE Main 2026: Chapter Wise Weightage in Chemistry
Different chapters carry different weightage. Hence, it is crucial to know the weightage carried by each chapter. This will help the students devote time accordingly to the high weightage and low weightage units in the subject. The chapter wise weightage for JEE Main Chemistry section has been shared in the table below:
| Chapters | Number of Questions | Marks Allotted |
| Periodic Table and Representative Elements | 3 | 12 |
| Transition Elements and Coordination Chemistry | 3 | 12 |
| Atomic Structure | 2 | 8 |
| Chemical Bonding | 2 | 8 |
| Solid State and Surface Chemistry | 2 | 8 |
| Thermodynamics and Gaseous State | 2 | 8 |
| Chemical and Ionic Equilibrium | 2 | 8 |
| Nuclear Chemistry and Environment | 2 | 8 |
| Mole Concept | 1 | 4 |
| Redox Reaction | 1 | 4 |
| Chemical Kinetics | 1 | 4 |
| Electrochemistry | 1 | 4 |
| Solution and Colligative Properties | 1 | 4 |
| General Organic Chemistry | 1 | 4 |
| Carboxylic Acid and its Derivatives | 1 | 4 |
| Aromatic Compounds | 1 | 4 |
Also Read: JEE Main MCQ Questions with Solutions - Download PDF
JEE Main Exam Pattern 2026
The students ought to know the exam pattern entirely. JEE Main is conducted in two sessions. JEE Main Session 1 is scheduled to be held from Jan 24, 2026 to Feb 1, 2026, and Session 2 will be held from Apr 1, 2026, to Apr 15, 2026. The JEE Main exam pattern have been provided in the table below:
| Particulars | Details |
| Exam Duration | 3 hours |
| Mode of Exam | Computer Based Test (CBT) |
| Number of Papers | 2 |
| Number of Sessions | 2 |
| Question Type | MCQs and Numerical value-based answer type |
| Total Number of Questions | 90 |
| Total Marks | 300 |
| Total Number of Sections | 3 ; Physics, Chemistry, and Mathematics |
| Marking Scheme | +4 for each correct answer; -1 for each wrong answer |
Also Read: Last Month Preparation Strategy to Clear JEE Main 2026
Electrochemistry remains a vital part of the JEE Main 2026 Chemistry syllabus, contributing significantly to both conceptual understanding and numerical problem-solving. With formulas derived from key principles like the Nernst Equation, Faraday’s Laws, and Gibbs Free Energy, mastering this unit is essential for maximising your score. Given its consistent 4-mark weightage, a focused revision using a concise formula PDF can greatly enhance preparation efficiency
