| The Type of Bonding affect what Properties of the Material? | -The Melting and Boiling Point.
-It how much Energy you put in the Atom, molecule or Ion to get Apart |
| Stronger Bonds that keep the Particles together equals... | -More Heat Energy needed to Change the Particles State. |
| Simple Molecules: Describe its Melting and Boiling Point | -Has a fairly low Melting and Boiling point, because of the weak Intermolecular Forces between the Molecules. |
| Metals: Describes its Melting and Boiling Point | -High Melting and Boiling point because the Metal Ions are Strongly Attached to the Delocalised Electron Sea [The Free Electrons] |
| Ionic Lattice Structure: Describes its Melting and Boiling Point | -High Melting and Boiling Point because the Ions are Strongly Attached to each other by Strong Electrostatic Attraction |
| Giant Covalent Lattices: Describe its Melting and Boiling Point | -Held by Strong Covalent Bonds that need a lot of Energy to break results in it have a High Melting and Boiling Point
-Some even Sublime [Go from Solid to Gas] |
| eg Particle A has a
Melting Point of 1410 degrees Celsius
Boiling Point of 2355 degrees Celsius
Bad Electrical Conductor overall
-What Structure would A have? | -A has a High Melting and Boiling Point, meaning it probably won't be a Simple Molecule
-Doesn't Conduct electricity well, so its not a Metal. and Ionic Compounds can only conduct Electricity when Molten or Dissovled
-Giant Covalent Structures don't usually Conduct Electricity and have a High Melting and Boiling Point, so its most likely a Giant Covalent Structure |
