Respuesta :
Answer:
I. FALSE
II. FALSE
III. TRUE
IV. TRUE
Explanation:
I. A set of sp² orbitals can be thought of as one s orbital one-third of the time and two p orbitals two-thirds of the time. FALSE. 1 s orbital hybridize with 2 p orbitals to form 3 sp² permanent orbitals.
II. A set of sp orbitals can accommodate a maximum of six electrons. FALSE. sp orbitals, as any orbital, can accommodate a maximum of 2 electrons.
III. The orbitals resulting from sp³d² hybridization are directed toward the corners of an octahedron. TRUE. 1 s orbital, 3 p orbitals and 2 d orbitals hybridize to form 6 sp³d² orbitals, which are directed toward the corners of an octahedron.
IV. A set of sp³ orbitals results from the mixing of one s orbital and three p orbitals. TRUE. 1 s orbital hybridize with 3 p orbitals to form 4 sp³ orbitals.
The statement I 'a set of sp2 orbitals can be thought of as one s orbital one-third of the time and two p orbitals two-thirds of the time' is FALSE.
What are sp2 orbitals?
The sp2 orbitals are hybrid orbitals produced by the combination of one s orbital with two different p orbitals.
- Statement II 'a set of sp orbitals can accommodate a maximum of six electrons' is FALSE because one p orbital can hold two electrons.
- The statement 'the orbitals resulting from sp3d2 hybridization are directed toward the corners of an octahedron' is TRUE.
- The statement 'a set of sp3 orbitals results from the mixing of one s orbital and three p orbitals' is TRUE.
In conclusion, the statement I 'a set of sp2 orbitals can be thought of as one s orbital one-third of the time and two p orbitals two-thirds of the time' is FALSE.
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