Low spin tetrahedral complexes are not formed because

Question

Low spin tetrahedral complexes are not formed because (A) for tetrahedral complexes, the CFSE is lower than pairing energy (B) for tetrahedral complexes, the CFSE is higher than pairing energy (C) electrons do not go to eg in case of tetrahedral complexes (D) tetrahedral complexes are formed by weak field ligands only

Tardigrade Admin · Accepted Answer

Crystal field stabilisation energy for tetrahedral complexes is less than pairing energy hence they do not pair up to form low spin complexes.

Q. Low spin tetrahedral complexes are not formed because

for tetrahedral complexes, the $CFSE$ is lower than pairing energy

for tetrahedral complexes, the $CFSE$ is higher than pairing energy

electrons do not go to $e_{g}$ in case of tetrahedral complexes

tetrahedral complexes are formed by weak field ligands only

Crystal field stabilisation energy for tetrahedral complexes is less than pairing energy hence they do not pair up to form low spin complexes.

Q. Low spin tetrahedral complexes are not formed because

for tetrahedral complexes, the CFSE is lower than pairing energy

for tetrahedral complexes, the CFSE is higher than pairing energy

electrons do not go to eg​ in case of tetrahedral complexes

tetrahedral complexes are formed by weak field ligands only

Crystal field stabilisation energy for tetrahedral complexes is less than pairing energy hence they do not pair up to form low spin complexes.

for tetrahedral complexes, the $CFSE$ is lower than pairing energy

for tetrahedral complexes, the $CFSE$ is higher than pairing energy

electrons do not go to $e_{g}$ in case of tetrahedral complexes