Скачать или смотреть Cation Stability & Hybridisation 😍 | NEET JEE Chemistry Tricks Don’t Miss This! shortcut short notes

👋 Hey champs! Are you confused 🤯 about why some cations are more stable than others? Or why hybridisation plays such a big role in stability?

This video is your ultimate guide to mastering Cation Stability + Hybridisation Concepts with fun analogies, shortcuts, and NEET-JEE hacks 🔥.

By the end of this video, you’ll never forget which cation is more stable and why! Let’s make Chemistry simple, logical, and even FUN 😎✨.

🌟 What is Cation Stability?
👉 A cation = positively charged ion (loss of electrons).
But not all cations are equally happy 🫠. Some are very stable 💪, others unstable ❌.

Factors that decide stability:
1️⃣ Inductive effect – how groups donate or withdraw electrons.
2️⃣ Resonance – delocalisation makes a cation more stable.
3️⃣ Hyperconjugation – “no bond resonance” from C–H bonds.
4️⃣ Hybridisation – more s-character = more stable.

💡 Example:
CH₃⁺ (sp²) is less stable than C₂H₅⁺ (sp² with hyperconjugation).
sp sp² sp³ in stability due to electronegativity.

🌟 Hybridisation & Stability – The Secret Link
Think of hybridisation like seating arrangements in a classroom 🎓:
sp = more s-character (like sitting close to the teacher 👩‍🏫 → more disciplined → more stable).
sp² = medium control.
sp³ = least s-character (like sitting in the last bench 😜 → least stable).

👉 Rule: Cation with higher s-character (closer to nucleus) = more stable.

🌟 Trend Examples You MUST Remember
✔ Protonated amines: sp³ N⁺ sp² N⁺ sp N⁺ (stability increases).
✔ Vinyl cation (CH₂=CH⁺) is less stable than alkyl carbocation because of poor overlap.
✔ Cyclopropyl cation is exceptionally stable due to bent bond resonance (exam-favourite ❤️).

💡 Exam Hack:
Stability order often appears in JEE Mains/Advanced.
Questions like:

👉 Arrange in increasing stability: CH₃⁺, CH₂=CH⁺, C₆H₅⁺

🌟 Everyday Life Analogy 😍
Imagine you’re carrying a school bag 🎒 (positive charge).
If you have supportive friends (resonance, hyperconjugation), it feels lighter = stable cation.
If you’re all alone, it feels heavy = unstable cation.
Hybridisation decides how close you sit to the teacher (nucleus). Closer = safer, more stable 💯.
This way, you’ll never forget cation stability rules again.

🌟 Exam Relevance 🎯
📌 For NEET 2025: Direct MCQs like “Which cation is more stable: allyl, benzyl, or tert-butyl?”
📌 For JEE Mains: Trick questions mixing inductive, resonance & hybridisation.
📌 Boards Class 11 & 12: Straightforward conceptual 3-markers.

🔥 What You’ll Gain After This Video:
✔ Confidence in solving stability-related MCQs instantly ⚡.
✔ Crystal-clear understanding of hybridisation effects.
✔ Zero silly mistakes in organic chemistry naming & reasoning.
✔ A fun memory map for revision before exams 😍.

👉 Watch till the end & share with your chemistry squad ✨.

📌
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