JEE Main c11vbt_hybridisation — practice questions
12 free MCQs with worked solutions. Tap any question for the answer + explanation, or practice them all in the app.
Practice JEE Main c11vbt_hybridisation in the app →Per NCERT §4.5, Valence Bond (VB) theory was introduced by which scientists, in which year, and was later devePer NCERT §4.5.4, the SIGMA (σ) bond and PI (π) bond differ in which way?Per NCERT §4.5.5, which type of bond is generally STRONGER and why?Per NCERT §4.6.1, in sp HYBRIDISATION (e.g. BeCl₂ in excited state), each hybrid orbital has what s and p charPer NCERT §4.6.1, BCl₃ has its boron sp² hybridised. What is the molecular geometry + bond angle?Per NCERT §4.6.1, in sp³ hybridisation (e.g. CH₄), each hybrid has 25% s + 75% p character. What is the H-C-H Per NCERT §4.6.2 (ethyne C₂H₂), the C-C triple bond is composed of which bonds, and the carbon atoms are whichPer NCERT §4.6.2 (ethene C₂H₄), the C=C double bond consists of what, and each carbon's hybridisation is whichPer NCERT §4.6.3, PCl₅ uses what hybridisation, and gives what geometry?Per NCERT §4.6.3, SF₆ uses what hybridisation, and gives what geometry?Per NCERT §4.6.3, why are the AXIAL P-Cl bonds in PCl₅ slightly LONGER (and weaker) than the equatorial ones?Per NCERT §4.5.3 (orbital-overlap directional argument), why does simple overlap of unhybridised C atomic orbi