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1917583
C5 - Chemicals of the Natural Environment
Beschreibung
Mindmap am C5 - Chemicals of the Natural Environment, erstellt von Rhydian Neale am 26/01/2015.
Mindmap von
Rhydian Neale
, aktualisiert more than 1 year ago
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Erstellt von
Rhydian Neale
vor fast 10 Jahre
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Zusammenfassung der Ressource
C5 - Chemicals of the Natural Environment
Ionic Bonding
Giving/Takeing Electrons
Form positive/negative ions
Hydroshphere
Where water is formed
Salt Formulae
Magnesium Chloride
Mg2+Cl-
Sodium Chloride
Na+Cl-
Magnesium Sulphate
Mg2+SO2-
Sodium Sulpahte
Na2+SO42-
Potassium Bromide
K+Br-
Potassium Chloride
K+Cl-
Tests
Ions have distinct properties
Tell you what ions are present
Positive
Add sodium hydroxide
The metal will form metal hydroxide
Forms precipitate
Colour may tell you ion
Negative
Add reagent eg: silver nitrate
Forms precipitate
May tell you ion
Positive losses ion
Negative gains one for full outer shell
Opposite charged attract
Chrystals
Forces push on layer to move across
Two negative/positive it repels
Chrystal breaks before bends
High melting/boiling point
Large Structure
Strong bonds
Covalent Bonding
Simple
Air
Oxygen
Double covalent bond
Weak intermolecular bonds
Between moelcules
Strong intramolecular bonds
Bonds within the molecule
Nitrogen
Triple Bond
Carbon Dioxide
Low melting/boiling point
Molecules
Florine
One Bond
Sharing electrons
Held together by negative electron
2- = 2 Bonds
1- = 1 Bond
3- = 3 Bonds
Giant
Minerals from lithosphere
Minerals
Diamond
High melting/boiling point
Hard
Insoluble
Insulator
Graphite
High melting/boiling point
Soft
Conductor
Can't break Carbon apart
Can break layers
Silicon Dioxide
Electrostatic attractions
Between Nuclei and electrons
Electrons are shared
Don't conduct when pure
Usually non-metal
Extraction Metals
Metallic Bonding
Giant Structure
Strong metallic bonds
Metals attract to free negative electrons
Sea of electrons
Strong Structure
Can conduct electricity
Flow through substance carrying charge
If force is applied
Ions slip over eachother
Malleable
unlike chrystals
Reduction/Oxidation (Redox)
Use Carbon to pull away metal ion
Copper+Carbon=Carbon Dioxide+Copper
Electrolosis
Positive electrode
Attracts Oxygen
Forms Carbon Dioxide
Replaced Regularly
Runs out of Carbon
Anode
Graphite (Carbon)
Negative electrode
Attracts Aluminium
Forms molten aluminium
Used
Cathode
Aluminium
Aluminium dissolved in molten crydite
Half the energy
Melts at 1000 degrees not 2000
Properties of metals
Malleable
High melting/boiling point
Conductor
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