Q. What is the bulk modulus of elasticity?

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Q. For a material, Youngs modulus is given as 1.2 x 10⁵ and Poissons ratio 1/4. Calculate the bulk modulus.

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Q. Determine the Poissons ratio and bulk modulus of a material, for which Youngs modulus is 1.2 and modulus of rigidity is 4.8.

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Q. The Youngs modulus of elasticity of a material is 2.5 times its modulus of rigidity. Then what will be its Poissons ratio?

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Q. How the elastic constants E and K are related?

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Q. How many elastic constants does an isotropic, homogeneous and linearly elastic material have?

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Q. The modulus of rigidity and the modulus of elasticity of a material are 80 GPa and 200 GPa. What will be the Poissons ratio of the material?

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Q. Which of the following is true if the value of Poisson’s ratio is zero?

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Q. How many elastic constants of a linear, elastic, isotropic material will be?

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Q. How many elastic constants of a non homogeneous, non isotropic material will be?

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Q. How can be the Poissons ratio be expressed in terms of bulk modulus(K) and modulus of rigidity(G)?

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Q. Calculate the modulus of resilience for a 2m long bar which extends 2mm under limiting axial stress of 200 N/mm²?

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Q. In an experiment, the bulk modulus of elasticity of a material is twice its modulus of rigidity. The Poissons ratio of the material is ___________

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Q. What will be the value of the Poisson’s ratio if the Youngs modulus E is equal to the bulk modulus K?

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Q. What is the expression for modulus of rigidity in terms of modulus of elasticity and the Poissons ratio?

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Q. What is the relationship between Youngs modulus E, modulus of rigidity C, and bulk modulus K?

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Q. What is the limiting values of Poisson’s ratio?

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Q. What is the relationship between modulus of elasticity and modulus of rigidity?

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Q. What is the ratio of Youngs modulus E to shear modulus G in terms of Poissons ratio?

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Q. The relationship between Youngs modulus E, bulk modulus K if the value of Poissons ratio is unity will be __________

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