The young modulus of perfectly rigid body is

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Web10 Apr 2024 · For a rigid body, the value for the strain is zero. In other words, the rigid body does not produce elongation for any given amount of load. Then the young’s modulus is, Y … WebA square frame of ABCD consisting of five steel bars of cross section area 400 mm^2 and joined by pivot is subjected to action of two forces P = 40 kN in the direction of the diagonal as shown.Find change in angle at A if Young's modulus Y = 2 × 10^5 N/min. Class 11 >> Physics >> Mechanical Properties of Solids

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Web4 Dec 2024 · Therefore bulk modulus is infinite. – user240696 Dec 4, 2024 at 14:18 "The distance between any two given points on a rigid body remains constant in time … WebTotal: 125. The Young’s modulus of a perfectly rigid body is . unity ; zero ; infinity ; some finite non-zero constant maryland recreational marijuana cultivation

The bulk modulus of a perfectly rigid body is - Toppr

Web3 Apr 2024 · The value of Young's modulus of elasticity for perfectly rigid body is (a) ∞ ∞ (b) 0 (c) 100 (d) 1 properties of matter 1 Answer +1 vote answered Apr 3 by Sachinsahani (50.8k points) selected Apr 4 by HemangRathore Best answer Correct option is (a) ∞ ∞ Web13 Feb 2024 · The plate is assumed to be elastic with Young’s modulus E, density , and Poisson’s ratio . Given the dimensions and the mechanical properties of the solid plate, its structural dynamics can be characterized by the eigenmodes and eigenfrequencies, which can be estimated from theory for elastic plates. The structural frequencies are given by [ … Web3 Apr 2024 · Here we will consider only about longitudinal strain. The ratio of stress and strain is called young’s modulus. stress/strain = Y For a perfectly rigid body, whatever may be the stress, strain will be always zero. So young’s modulus will be infinite for a rigid body. So answer would be option A. Note: hush scary

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Web12 Apr 2024 · where E is the Young's modulus, I is the moment of inertia, p is the perimeter of the beam and γ is the surface tension of the fluid. Here, we have used E = 4.5 GPa, moments of inertia calculated in table 1 and perimeters of the cross section calculated from the cross-sectional shapes listed in table 1 for each component of the feather. WebA rigid body is defined as one manifesting zero strain regardless of applied stress. Young’s modulus is defined as stress divided by strain. For a rigid material, then, Young’s modulus is infinite. This can also be inferred from its stress strain curve. Such a curve having no strain over a range of stress would be vertical. hush sans themeWebYoung's modulus is the ratio of stress to strain. E = σ ε The relationship between stress and strain of different materials are given below: From the above graph for a perfectly rigid plastic body, the strain is zero even though stress is applied, so from the equation E = σ ε If the strain is zero then young's modulus becomes infinity hush sandals women

"WebA rigid body is defined as one manifesting zero strain regardless of applied stress. Young’s modulus is defined as stress divided by strain. For a rigid material, then, Young’s modulus is infinite. This can also be inferred from its stress strain curve. Such a curve having no strain over a range of stress would be vertical. " - The young modulus of perfectly rigid body is

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The bulk modulus of a perfectly rigid body is - Toppr

The young modulus of perfectly rigid body is

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