Save
Formula bonding and equations
Save
Share
Learn
Content
Leaderboard
Learn
Created by
Rishi Gill
Visit profile
Cards (27)
What is diatomic?
diatomic is when a
molecule
is made up of
2 atoms.
What is an ionic bond?
An
ionic bond
is the
attraction
between
positive
and
negative
ions.
What type of elements make up and ionic bond?
Metal
and
non-metals
what type of elements make up a Covalent bond?
Non-metals
What type of elements make up a metallic bond?
Metals
what are the bonds held together in a covalent bond?
Attraction of 2
positive
nuclei for a shared pair of
negative
electrons.
What are the bonds held together in a ionic bond?
Attraction
between
positive
and
negative
ions
What are the bonds held together in a metallic bond?
Attraction between
positive
metal ions and
negative delocalised
electron
Name the structure of an ionic compound?
Lattice
Name the structure of a covalent conpound?
covalent
molecular
and covalent
network
Name the types of particles which make up an ionic lattice?
positive
and
negative
ions
Whats this called?
Linear
Whats this called?
Angular
Whats this called?
Trigonal pyramaid
Whats this called?
Tetra hedral
Whats a molecule?
Small
group of
atoms covalently
bonded together
Monotomic
means not
bonded
so would not be in a
compound.
If a compound is
colourless
then
no ion
in that compound has a
colour
If a compound is
coloured
then at least one of the
ions
are
coloured
what
is
electrolysis?
electrolysis is the
flow
of
electricity
through
ionic
solutions to
break
up the
ionic
compound
Why do atoms bond?
to
become stable
Covalent bonds can be described as a
shared pair
of
electrons
Covalent molecular substances
are made up of individual
MOLECULES
held together by
forces
of
attraction.
Monatomic
structures can only exist in
noble gases
ionic compounds form a
LATTICE
structure containing
millions
of
ions.
What holds the ions together?
The electrostatic
attraction between
positive
and
negative
ions
Carbon
(in the form of
diamond
and
graphite
),
Boron
and
silicon
are the only elements which form
covalent
networks.