Questions tagged 'No Explanation'

• The isothermal elasticity of a gas is equal to
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The adiabatic elasticity of a gas is equal to
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The specific heat at constant pressure and at constant volume for an ideal gas are ${{C}_{p}}$ and ${{C}_{v}}$ and its adiabatic and isothermal elasticities are ${{E}_{\varphi }}$ and ${{E}_{\theta }}$ respectively. The ratio of ${{E}_{\varphi }}$ to ${{E}_{\theta }}$ is
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The only elastic modulus that applies to fluids is
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The ratio of the adiabatic to isothermal elasticities of a triatomic gas is
  Category: Mechanical Properties of Solids | Tags: No Explanation
• If the volume of the given mass of a gas is increased four times, the temperature is raised from 27°C to 127°C. The elasticity will become
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The compressibility of water is $4\times {{10}^{-5}}$ per unit atmospheric pressure. The decrease in volume of 100 cubic centimeter of water under a pressure of 100 atmosphere will be
  Category: Mechanical Properties of Solids | Tags: No Explanation
• If a rubber ball is taken at the depth of 200 m in a pool, its volume decreases by 0.1%. If the density of the water is $1\times {{10}^{3}}\,kg/{{m}^{3}}$ and $g=10\,m/{{s}^{2}}$, then the volume elasticity in $N/{{m}^{2}}$ will be
  Category: Mechanical Properties of Solids | Tags: No Explanation
• The compressibility of a material is
  Category: Mechanical Properties of Solids | Tags: No Explanation
• When a pressure of $100$ atmosphere is applied on a spherical ball, then its volume reduces to $0.01%$. The bulk modulus of the material of the rubber in $dyne/c{{m}^{2}}$ is
  Category: Mechanical Properties of Solids | Tags: No Explanation

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