In hybridisation, atomic orbitals combine to form orbitals that are:
AEmptied
BEquivalent
CUnchanged
DNuclear
Answer & Solution
Correct answer: B. Equivalent
1. The pure orbitals mix to make a new set.
2. The members of the new set match one another.
3. They are equivalent hybrid orbitals.
_Source: NCERT Class 11 Chemistry Part I, Chapter 4, Chemical Bonding and Molecular Structure._
Related questions
A student is told to name the arrangement that includes every electron pair around the cenA chemist wants to compare how tightly an ionic solid is held together. The quantity to usThat distinction matters because the arrangement counting all electron pairs and the arranWater also has four electron pairs on its central atom, but two of them are lone pairs. ItYet ammonia's measured H-N-H angle is a little under 109.5 degrees. The reason is that a lAmmonia has four electron pairs around nitrogen. Its electron-pair geometry is therefore:A central atom carries three regions of electron density and no lone pairs. The geometry aBeryllium fluoride has just two regions of electron density around the central atom. VSEPR