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The ratio stress/strain remains constant...

The ratio stress/strain remains constant for small deformation of a metal wire. When the deformation is made larger, will this ratio increase or decrease ?

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The ratio stress/strain remains constant for small deformation. What will be the effect on this ratio when the deformation made is very large?

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Knowledge Check

  • The ratio of stress to strain is called

    A
    Frictional coefficient,
    B
    Elastic constant,
    C
    Coefficient of viscosity,
    D
    Surface tension.
  • The ratio of stress and strain is called

    A
    surface tension
    B
    modulus of elasticity,
    C
    coefficient of friction,
    D
    coefficient of viscosity.
  • Stress to strain ratio is equivalent to

    A
    Modulus of elasticity
    B
    Poission's Ratio
    C
    Rehyhold number
    D
    Fund number
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    On gradual loading , stress - strain relationship for a metal wire is as follows . Within proportionality limit , stress prop strain or, "Stress"/"strain" = a constant for the material of wire. Two wires of same material have length and radius (L,r) and (2L , r/2) . The ratio of their young's modulii is