graphite

• What is the structure of graphite?

  Graphite is a giant covalent molecule.
• What are the properties of graphite?

  Graphite is soft, slippery, and a good conductor.
• How do the properties of graphite relate to its structure?

  The layered structure allows sliding and conductivity.
• How many covalent bonds does each carbon atom in graphite form?

  Each carbon atom forms three covalent bonds.
• What shape do the carbon atoms form in graphite?

  Carbon atoms form hexagonal rings.
• Why is graphite soft and slippery?

  Layers can slide over each other easily.
• What is the melting and boiling point of graphite?

  Graphite has a very high melting and boiling point.
• Why does graphite conduct electricity?

  It has delocalized electrons that can move.
• What are delocalized electrons?

  Electrons that can move freely in graphite.
• How does graphite compare to metals in terms of conductivity?

  Both have delocalized electrons for conductivity.
• What element is graphite formed from?

  Graphite is formed from the element carbon.
• What are the key properties of graphite?

  • Soft and slippery
  • Very high melting and boiling point
  • Good conductor of electricity and heat
• How does the structure of graphite explain its properties?

  • Hexagonal rings allow layers to slide
  • Strong covalent bonds contribute to high melting point
  • Delocalized electrons enable conductivity