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Valence Bond Theory: Understanding Hybridization and Bond Formation through Examples, Schemes and Mind Maps of Biology

The University of Texas at AustinBiology

An explanation of valence bond theory with the help of examples, focusing on hybridization and bond formation between different atoms. It illustrates the concept using the cases of beryllium, boron, and nitrogen atoms.

Typology: Schemes and Mind Maps

2021/2022

Uploaded on 10/31/2022

Halma9
Halma9 🇺🇸

5 documents

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bg1
Valence
Bond
(
✓
B)
Theory
=
how
bonding
occurs
"
Hybridization
Diagram
Ex
:
Beclz
Beryllium
atom
as
isolated
Beryllium
atom
other
Atoms
approach
^
orbital
⇐
Tp
hybridization
→
T
P
¥$
sp
sp
⑧
④
⑧
ZP
It
-91
It
-9
sp3
④
→
.
25
*
Ex
:
BCI
,
c
'
-00B€
,
sp2
Boron
atom
as
isolated
Boron
atom
stptp
other
Atoms
approach
⑧
②
É
$
↳
of
hybridization
9-
f-
I
SPZ
→
¥
⑤
25
Ex
:
NH
}
"
=iY
isolated
N
atom
¥p3
atom
as
☒
other
Atoms
approach
A-
A-
-7
orbital
§
ZP
hybridization
#
1-
I
↓
SPS
§§
→
lone
Line
Pair
bonds

Partial preview of the text

Download Valence Bond Theory: Understanding Hybridization and Bond Formation through Examples and more Schemes and Mind Maps Biology in PDF only on Docsity!

Valence Bond ( ✓ B) Theory

= how

bonding occurs

Hybridization Diagram

Ex :^ Beclz

isolated Beryllium atom otherBeryllium Atoms^ atom as

approach ^

orbital

hybridization^ Tp → T^ P

¥$ sp sp

⑧ ④^ ⑧ ZP (^) It (^) -91 It - sp ④ → (^).

Ex :^ BCI,^ c^ '^ -00B sp2 €^ , Boron atom as isolated Boron^ atom^ stptp^ other^ Atoms^ approach

⑧② É

of hybridization^ 9-^ SPZf-^ I

¥ (^) ⑤

Ex : NH}^ "

=iY

isolated N^ atom^ ¥p^ atom (^) as

other Atoms approach A- A- -7 (^) orbital

ZP

hybridization #^ 1-^ I ↓ SPS

§§ →^ Pairlone Linebonds