What angles are associated with the following orbitals ?
$s p, s p^{2} and s p^{3}$

Video Solution

Text Solution

Verified by Experts

$s p = 180^{\circ}, s p^{2} = 120^{\circ}, s p^{3} = 109^{\circ} 28$ '

|

Updated on:21/07/2023

Class 11 CHEMISTRY CHEMICAL BONDING AND MOLECULAR STRUCTURE

Related Playlists

BOOK - PRADEEPCHAPTER - CHEMICAL BONDING AND MOLECULAR STRUCTUREEXERCISE - NCERT Questions And Exercises With Answers
39videos
CHEMICAL BONDING AND MOLECULAR STRUCTURE
BOOK - PRADEEPCHAPTER - CHEMICAL BONDING AND MOLECULAR STRUCTUREEXERCISE - NCERT EXAMPLAR PROBLEMS (MULTIPLE CHOICE QUESTIONS -I)
22videos
CHEMICAL BONDING AND MOLECULAR STRUCTURE
BOOK - PRADEEPCHAPTER - CHEMICAL BONDING AND MOLECULAR STRUCTUREEXERCISE - TEST YOUR GRIP (FILL IN THE BLANKS II)
20videos
CHEMICAL BONDING AND MOLECULAR STRUCTURE
BOOK - PRADEEPCHAPTER - APPENDIXEXERCISE - MODEL TEST PAPER <br> (Section C )
9videos
APPENDIX
BOOK - PRADEEPCHAPTER - CLASSIFICATION OF ELEMENTS AND PERIODICITY IN PROPERTIES EXERCISE - Competition Focus (Jee Main and Advanced / Medical Entrance ) ( Assertion - Reason Type Question ) (Type II)
12videos
CLASSIFICATION OF ELEMENTS AND PERIODICITY IN PROPERTIES

Similar Practice Problems

Question 1 - Select One
The percentage of s-character in the hybrid orbitals
$s p, s p^{2} and s p^{3}$ follows the pattern
A $s p^{3} > s p^{2} > s p$
B $s p > s p^{2} > s p^{3}$
C $s p = s p^{2} > s p^{3}$
D $s p = s p^{2} = s p^{3}$
Question 1 - Select One
The percentage of s-character in the hybrid orbitals
$s p, s p^{2}, s p^{3}$ follows the pattern
A $s p^{3} > s p^{2} > s p$
B $s p = s p^{2} > s p^{3}$
C $s p > s p^{2} > s p^{3}$
D $s p = s p^{2} = s p^{3}$
Question 1 - Select One
Which of the following molecules possess $s p, s p^{2}$ and $s p^{3}$ hybridized C atoms?
Abut-2-yne
Bbuta-1,3-diene
Cbuta-1,2-diene
Dpropadiene
Question 1 - Select One
The percentage of s-character in the hybrid oribitals sp, $s p^{2}$ and $s p^{3}$ follows the pattem
A $s p^{3} > s p^{2} > s p$
B $s p > s p^{2} > s p^{3}$
C $s p = s p^{2} > s p^{3}$
D $s p = s p^{2} = s p^{3}$
Question 1 - Select One
In the valence bond theory, hybridisation of orbitals is an integral part of bond formation.Hybridisation consists of mixing or linear combination of the "pure" atomic orbitals in such a way as to form new hybrid orbitals such as $s p, s p^{2}, s p^{3}, s p^{3} d, s p^{3} d^{2}$ etc.
Now answer the following questions :
Which one of the following molecular geometrices (i.e. shapes) is not possible for the $s p^{3} d^{3}$ hybridisation ?
ACapped octahedral
BOctahedral
CSquare planar
DSquare pyramidral

Similar Questions

PRADEEP-CHEMICAL BONDING AND MOLECULAR STRUCTURE-CONCEPTUAL QUESTIONS

Home
Ask Doubt
Profile