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Bonding notes (inter and intramolecular), Summaries of Chemistry

Ionic bonding, London dispersion forces, hydrogen bonding, induced dipole interaction

Typology: Summaries

2021/2022

Available from 10/25/2022

sarahsamad
sarahsamad 🇺🇸

3 documents

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bg1
bonding
IONIC
BONDING
lattice
energy
-
required
to
separate
topics
for
exam
a
Mol
Of
Solid
ionic
compound
into
trends
gaseous
ions
metal
vs
non
-
crystals
have
lower
energy
than
metal
separated
atoms
electronic
config
When
the
distance
between
two
atoms
uration
mama
,
,
,
µ
,
µ
,
,
energy
µµa
strong
attraction
between
atoms
:
high
melting
point
brittle
E-
=
¥2
charge
,
lattice
energy
what
determines
a-
COVALENT
BONDING
a
bond
strength
+
polarity
position
on
the
periodic
table
electronegativity
type
of
bond
°
Charge
distance
between
atoms
size
pf2

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bonding

IONIC BONDING

  • lattice energy - required to^ separate topics^ for^ exam

a Mol Of^ Solid^ ionic compound into^ ◦ trends

gaseous ions^ ◦^ metal^ vs^ non^ -

  • crystals have^ lower^ energy^ than^ metal

separated atoms^

◦ (^) electronic (^) config

  • When the distance between (^) two atoms uration

mama ,,, μ,^ μ,,^ energy

μμa

  • strong attraction^ between^ atoms^ : → (^) high (^) melting point

→ brittle

E- =

  • charge ↑ (^) , lattice (^) energy ↑ ¥ 2 what determines a-

COVALENT BONDING^ a bond strength + polarity

◦ (^) position on the (^) periodic table

◦ electronegativity

◦ type of bond ° Charge ◦ (^) distance (^) between atoms ◦ (^) size

Crouching

HYDROGEN BONDING

  • high (^) specific heat^ capacity of^ water

N - H

, F^

- H
, O^
  • H

hydrogen bonds

INDUCED DIPOLE^ INTERACTION

  • the

dipole of^ a^ dipole^ molecule^ can^ distort^ the^ electron

cloud Of^ a^ non-polar molecule

St

•\•5o••⑨

•,•5••-••!

  • (^) g+ 8 'S'_

LONDON DISPERSION FORCES

  • instantaneous intermolecular attraction

between instantaneous dipole &^ induced^ dipole

polarizability →^ the^ ability of^ the^ electron^ cloud^ to^ distort

  • when the (^) poncing is

higher ,^ b.p is^ higher

↑ when surface area ↑

strength ↑^ molecular^ weight ↑