W ^^^^^^^^^ L d (A) (B) The cantilever shown in Figure A has a square cross-section...

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W ^^^^^^^^^ L d (A) (B) The cantilever shown in Figure A has a square cross-section with a side length of d = 3 mm (figure B). If the density and the yield strength of the material that the bar is made of are p = 4100 kg m-, and yield = 310 MPa, respectively, what is the maximum length, L, of the bar that can be used in a cantilever configuration without showing any plastic deformation? You should take the gravitational acceleration as g = 9.81 m s. Give your answer in meters to 3 significant figures. Maximum length: L = m W ^^^^^^^^^ L d (A) (B) The cantilever shown in Figure A has a square cross-section with a side length of d = 3 mm (figure B). If the density and the yield strength of the material that the bar is made of are p = 4100 kg m-, and yield = 310 MPa, respectively, what is the maximum length, L, of the bar that can be used in a cantilever configuration without showing any plastic deformation? You should take the gravitational acceleration as g = 9.81 m s. Give your answer in meters to 3 significant figures. Maximum length: L = m

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To solve for the maximum length L of the cantilever beam that can be used without undergoing any pla... View the full answer