JEE Chemistry
Hybridisation: JEE Questions & Solutions
9 previous-year JEE Chemistry questions on Hybridisation, each with a worked step-by-step solution.
Previous-year questions
- 01Two p-block elements X and Y form fluorides of the type EF₃. The fluoride compound XF₃ is a Lewis acid and YF₃ is a Lewis base. The…MCQEasyJEE 2026
- 02Which of the following statement is true with respect to H₂O, NH₃ and CH₄? (A) The central atoms of all the molecules are sp³ hybridized.…MCQMediumJEE 2025
- 03In the given structure, number of sp and sp² hybridized carbon atoms present respectively are:MCQEasyJEE 2025
- 04Among SO₂, NF₃, NH₃, XeF₂, ClF₃ and SF₄, the hybridization of the molecule with non-zero dipole moment and the highest number of lone pairs…MCQEasyJEE 2025
- 05Match the LIST-I with LIST-II LIST-I LIST-II A. PF₅ I. dsp² B. SF₆ II. sp³d C. Ni(CO)₄ III. sp³d² D. [PtCl₄]²⁻ IV. sp³ Choose the correct…MCQEasyJEE 2025
- 06Given below are two statements: Statement (I): For ClF₃, all three possible structures may be drawn as follows. Statement (II): Structure…MCQEasyJEE 2025
- 07In SO₂, NO₂⁻ and N₃⁻ the hybridizations at the central atom are respectively:MCQEasyJEE 2025
- 08The number of species from the following in which the central atom uses sp³ hybrid orbitals in its bonding is: NH₃, SO₂, SiO₂, BeCl₂, CO₂,…MCQEasyJEE 2024
- 09Structures of BeCl₂ in solid state, vapour phase and at very high temperature respectively are:MCQEasyJEE 2023
Frequently asked questions
Our bank has 9 previous-year JEE Chemistry questions tagged to Hybridisation, drawn from JEE papers between 2023 and 2026, including 1 from 2026 alone. Each comes with a full step-by-step solution.
Hybridisation is rated Advanced overall for JEE Chemistry. The PYQs on this page break down as 8 easy, 1 medium.
All 9 previous-year Hybridisation questions in our bank are multiple-choice (MCQ) questions.
Based on recent paper analysis, Hybridisation is worth about 1 mark in JEE Main. It sits in Chemical Bonding & Molecular Structure, a Class 11 Chemistry chapter.
More Chemical Bonding & Molecular Structure topics
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