Formula bonding and equations

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.