CertifiedThis course begins with **Solid State**, covering **crystal lattices, unit cells, packing efficiency, and defects** in detail. Students will learn to calculate **density, coordination number, and voids** through numerical problem-solving. The **electrical and magnetic properties** of solids are explained with real-world applications (e.g., semiconductors, ferromagnetism).
The **Solutions** module focuses on **Raoult’s law, colligative properties, and abnormal molar masses**, with step-by-step derivations for **van’t Hoff factor** and **osmotic pressure**. Students practice **mole fraction, molality, and Henry’s law** problems frequently asked in NEET.
**Electrochemistry** covers **Nernst equation, conductance, Kohlrausch’s law, and battery chemistry** (lead-acid, Li-ion). Practical demonstrations of **standard electrode potentials** and **Faraday’s laws** strengthen conceptual clarity. The course includes **PYQs (2019–2024)** on **corrosion prevention** and **fuel cells**.
**Key Highlights:**
✔️ **3D crystal lattice visualizations** for better understanding.
✔️ **Numerical shortcuts** for colligative properties.
✔️ **Electrochemical cell diagrams** for NEET diagram-based questions.
Why This Course?**
✅ **Latest NCERT syllabus** + **extra NEET/JEE content**.
✅ **Doubt-solving sessions** + **test series**.
✅ **Animated mechanisms** for organic chemistry.
**Enroll Now!**
View this Course
Top Tutor
Certified
You have successfully registered
