Coordinate Covalent Bond and Properties
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Questions and Answers

What is the study of earthquakes called?

  • Meteorology
  • Geology
  • Tectonics
  • Seismology (correct)
  • What is the instrument used to measure seismic waves?

  • Richter Scale
  • Seismometer (correct)
  • Tectonograph
  • Mercalli Scale
  • According to the theory of plate tectonics, what happens when plates move and interact?

  • Earth's outer layer remains constant
  • Earth's outer layer is constantly changing and reshaping (correct)
  • Plates never interact with each other
  • Plates always move smoothly against each other
  • What is the scale used to measure the intensity of an earthquake?

    <p>Mercalli Scale</p> Signup and view all the answers

    What is the effect of an earthquake on granular materials like sand?

    <p>It temporarily loses its strength and transforms into a liquid</p> Signup and view all the answers

    What can trigger seismicity besides plate tectonics?

    <p>Volcanoes and tides</p> Signup and view all the answers

    What is the minimum magnitude of an earthquake that can cause a destructive tsunami?

    <p>7.5</p> Signup and view all the answers

    What is a secondary effect of an earthquake that can occur if dams are damaged?

    <p>Floods</p> Signup and view all the answers

    What can earthquakes cause by damaging electrical power or gas lines?

    <p>Fires</p> Signup and view all the answers

    What is a long-term effect of an earthquake on the affected nation?

    <p>Ecological and social structure is destabilized</p> Signup and view all the answers

    Study Notes

    Coordinate Covalent Bond

    • Formed in reactions involving two non-metals, such as hydrogen atoms, or between metal ions and ligands.
    • Characteristics:
      • One atom (donor) shares an electron pair with another atom (acceptor).
      • Represented by an arrow (→) pointing from the donor to the acceptor.
      • Each atom gains stability after sharing electrons.
      • Central to the Lewis theory.
      • Important for designing complex organic molecules.

    Properties of Coordinate Compounds

    • Lower melting and boiling points than ionic compounds.
    • Some exhibit isomerism.
    • Directional bond due to definite direction of electron sharing.
    • Weaker than ionic bonding.

    Hydrogen Bond

    • Formed due to dipole-dipole interactions between a hydrogen atom bonded to a highly electronegative atom and another highly electronegative atom.
    • Conditions for hydrogen bonding:
      • Hydrogen atom linked to a highly electronegative atom.
      • Attraction of shared pair of electrons, making one end of the molecule slightly negative and the other end slightly positive.
    • Example: Water molecules (H2O)

    Metallic Bonding

    • Properties attributed:
      • Electrical conductivity: ability to allow a charge to move through the metal due to the delocalized electrons.
      • Thermal conductivity: ability to conduct heat due to the high mobility of delocalized electrons.
      • Malleability and ductility: ability to deform without breaking due to the sea of electrons.

    Elastomers and Polymers

    • Elastomers:
      • Polymers with weak intermolecular forces and viscoelasticity.
      • Amorphous structure.
      • Elastic in nature.
      • Applications: motor vehicles, seals, tires, and other components.
    • Polymers:
      • Macromolecules made up of clusters of subunits.
      • Diverse properties depending on the category.
      • Mostly brittle/hard and rigid in nature, except for elastomers.

    Environmental Studies

    • Definition: study of organisms and their interactions with their environment.
    • Scope:
      • Creates awareness about renewable and non-renewable resources.
      • Provides knowledge about ecological systems and cause-and-effect relationships.
      • Informs about biodiversity and potential dangers to species.
      • Enables understanding of natural and human-induced disasters and pollution.
    • Importance: essential for everyone, not just children.

    Earthquakes

    • Causes:
      • Movement and interaction of tectonic plates.
      • Plate tectonics theory.
      • Volcanoes, tides, underground nuclear testing, and dams can also cause seismic waves.
    • Effects:
      • Soil liquefaction.
      • Landslides and avalanches.
      • Tsunamis.
      • Floods.
      • Fires.
      • Destabilization of ecological and social structures.
      • Loss of life and property.
      • Mental consequences for survivors.

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    Description

    Quiz about coordinate covalent bonds, formed between non-metals or metal ions and ligands, and their properties, including lower melting and boiling points.

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