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A student asks ChatGPT: "How does Poisson’s ratio affect the volume of a materia...
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A student asks ChatGPT: "How does Poisson’s ratio affect the volume of a material under tensile uniaxial loading of a bar?"ChatGPT responds: "Poisson’s ratio describes how an isotropic material deforms in directions perpendicular to an applied load."1. "For most isotropic materials, Poisson’s ratio is a positive value, meaning lateral contraction occurs in tension and lateral expansion occurs in compression."2. "If Poisson’s ratio is 0.5, the isotropic material is incompressible, meaning its volume remains constant under any loading conditions."3. "For an isotropic material with a Poisson’s ratio of 0.3, the volume will increase under uniaxial tension."4. "Isotropic materials with higher magnitudes of Poisson’s ratios tend to experience greater magnitudes of lateral deformations for a given applied axial stress."Which lines contain incorrect reasoning?