Statement-1 : All hybrid orbitals of same composition have same shape and energy .
Statement-2 : All hybrid orbitals on carbon in `CH_(3)Cl` have same as character .
Statement-3 : Hybridisation is a physical process .

In which of the following the hybrid orbitals of the central atom have the same s-character

All the orbitals used by carbon for the formtion of CH_(4) have

The state of hybrid orbitals of carbon in CO_(2), CH_(4) and CO_(3)^(2-) respectively is

The orbitals having same energy are called ………..orbitals

Do all the p-orbitals have the same energy ?

sp^(3) hybrid orbitals have equal s and p characters .

sp^(3) hybrid orbitals have equal s and p characters .

The following are some statements about hybridisation i) Pure orbitals of same atom of an element will participate. ii) The number of hybrid orbitals formed is twice the number of pure orbitals that participate in hybridisation. iii) Completely filled (or) half-filled (or) vacant orbitals may participate in this process. The correct combination is

Statement-1: All the hydrogen atoms in CH_(2)=C=CH_(2) lie in one plane. Statement-2: All the carbon atoms in it are not sp^(2) hybridized .