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  • Grade 8
  • Grade 8 Practical Science
  • Grade 8 Practical Physics

Grade 8 Practical Physics

Curriculum

  • 40 Sections
  • 40 Lessons
  • 96 Weeks
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  • to show three main layers of sun
    1
    • 2.1
      to show three main layers of sun
  • planets in the solar system
    1
    • 3.1
      planets in the solar system
  • phases of the moon
    1
    • 4.1
      phases of the moon
  • tides
    1
    • 5.1
      tides
  • how is lunar eclipse caused
    1
    • 6.1
      how is lunar eclipse caused
  • how is solar eclipse caused
    1
    • 7.1
      how is solar eclipse caused
  • the rule of deviation of rays in another optical medium
    1
    • 8.1
      the rule of deviation of rays in another optical medium
  • to show the refraction of light through prism
    1
    • 9.1
      to show the refraction of light through prism
  • to show the disprsion of white light through a prism
    1
    • 10.1
      to show the dispersion of white light through a prism
  • to show the converging action of convex lens on a parallel beam of light
    1
    • 11.1
      to show the converging action of convex lens on a parallel beam of light
  • to show the diverging action of concave lens on parallel beam of light
    1
    • 12.1
      to show the diverging action of concave lens on parallel beam of light
  • The rule of geometric construction of ray diagrams for convex lens
    1
    • 13.1
      The rule of geometric construction of ray diagrams for convex lens
  • to show the geometric construction of imaiges for convex lens and their practical applications
    1
    • 14.1
      to show the geometric construction of imaiges for convex lens and their practical applications
  • the rules of geometric construction of ray diagrams for concave lens
    1
    • 15.1
      the rules of geometric construction of ray diagrams for concave lens
  • to show the defects of vision
    1
    • 16.1
      to show the defects of vision
  • to show that light deviates from its paths while traveling from one optical medium to another optical medium
    1
    • 17.1
      to show that light deviates from its paths while traveling from one optical medium to another optical medium
  • to verify laws of refraction using a glass slab
    1
    • 18.1
      to verify laws of refraction using a glass slab
  • to find approximate focal length of hand lens and show that hand lens focuses heat rays
    1
    • 19.1
      to find approximate focal length of hand lens and show that hand lens focuses heat rays
  • advantages of high specific heat capacity of water
    1
    • 20.1
      advantages of high specific heat capacity of water
  • heat energy contained in a body is directly proportional to the rise in temperature of the body
    1
    • 21.1
      heat energy contained in a body is directly proportional to the rise in temperature of the body
  • the amount of heat contained in a body depends upon his mass
    1
    • 22.1
      the amount of heat contained in a body depends upon his mass
  • the heat contained in a body depends upon the chemical composition (or the nature) of the body
    1
    • 23.1
      the heat contained in a body depends upon the chemical composition (or the nature) of the body
  • to study the change of sate of ice
    1
    • 24.1
      to study the change of sate of ice
  • verification of archimedes principle
    1
    • 25.1
      verification of archimedes principle
  • the pressure exerted by a liquid is directly proportional to the height of liquid
    1
    • 26.1
      the pressure exerted by a liquid is directly proportional to the height of liquid
  • the pressure exerted by a liquid is directly proportional to its density
    1
    • 27.1
      the pressure exerted by a liquid is directly proportional to its density
  • the more the depth of water the more is the lateral pressure
    1
    • 28.1
      the more the depth of water the more is the lateral pressure
  • to prove that liquids exert same pressure in all direction at a given depth
    1
    • 29.1
      to prove that liquids exert same pressure in all direction at a given depth
  • the water flows out of the holes in all direction with undiminished force
    1
    • 30.1
      the water flows out of the holes in all direction with undiminished force
  • to show atmosphere exerts most pressure
    1
    • 31.1
      to show atmosphere exerts most pressure
  • to prove a solid weight less in water and move in air
    1
    • 32.1
      to prove a solid weight less in water and move in air
  • to prove boyount force is directly proportional to volume of fluid displaced
    1
    • 33.1
      to prove buoyant force is directly proportional to volume of fluid displaced
  • to show a windmill generating electricity
    1
    • 34.1
      to show a windmill generating electricity
  • hydel energy and hydroelectricity power plant
    1
    • 35.1
      hydel energy and hydroelectricity power plant
  • to show the kind of electric charge
    1
    • 36.1
      to show the kind of electric charge
  • how GLE detects charge on a body
    1
    • 37.1
      how GLE detects charge on a body
  • to prove that chaege body attracts tiny bits of paper towards itself
    1
    • 38.1
      to prove that chaege body attracts tiny bits of paper towards itself
  • experiment to draw magnetic lines of force around a bar magnet
    1
    • 39.1
      experiment to draw magnetic lines of force around a bar magnet
  • oersteds experiment to show magnetic effect of current
    1
    • 40.1
      oersteds experiment to show magnetic effect of current
  • the iron filling move and reposition themselves due to magnetic fields
    1
    • 41.1
      the iron filling move and reposition themselves due to magnetic fields
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to show the kind of electric charge
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