CameraIcon

SearchIcon

MyQuestionIcon

1

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Covalent Bond

The number of...

Question

The number of lp-bp repulsion present in $C l F_{3}$ at nearly 90 degree angle are_______.

Open in App

Solution

From figure it can be seen that

Suggest Corrections

thumbs-up

0

Similar questions

Q. The number of lp-bp repulsion present in

C l F_{3}

at nearly 90 degree angle are :

N

N H_{3}

s p^{3}

hybridised and bond angle is

107^{o}

l p - b p

repulsion (VSEPR) decreases bond angle to

107^{o}

.

Q. Give the correct order of initials

T

F

for the following statements. Use

T

if statement is true and use

F

if the statement is false:
(I) The order of repulsion between pair of electrons is

l_{p} - l_{p} > l_{p} - b_{p} > b_{p} - b_{p}

l_{p} = lone pair, b_{p} = bond papir

(II) In general, as the number of lone pair of electrons on central atom increases , value of bond angle from normal bond angle also increases.
(III) The number of lone pair on

O

H_{2} O

2

N

N H_{3}

is 1.
(IV) The structures of xenon flourides and xenon oxyflourides could not be explained on the basis of VSEPR theory.

Q. Hybridization is the chemist's attempt to explain the observed molecular shape by constructing hybridized atomic orbitals with the appropriate inter orbital angles. The molecule for which deviation from a normal bond angle is observed,

V S E P R

theory suggests electron pair repulsive interaction (

l p - l p > l p - b p > b p

). While from hybridization point of view that is a departure from normal hybridization because the angle between any equivalent hybrid orbitals determines the fraction of s and p characters of the hybrid and vice-versa.

In which species number of lone pairs on iodine and number of d-orbitals used in hybridization by iodine are the same?

Q. Number of lone pair-bond pair repulsion at

90^{\circ}

I_{3}^{-}

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Introduction to Chemical Bonding

CHEMISTRY

Watch in App

explore_more_icon

Explore more

Standard X Chemistry

Join BYJU'S Learning Program

CrossIcon