A faucet is stuck, and a person uses their hand to try to get itto move. They apply a force F = 100 N and simultaneouslyapply a torque T = 5 N·m. What is the state of stress at pointA and at point B of the cross section taken at a-a? Take theangle 0 to be 45 and the diameter of cross-section to be D =25 mm. The geometry and axes are as specified in the figureand parameter table. You can assume the hand acts like arigid object when transmitting the force F to the handle.F2021 Cathy ZupkeDBSection a-aparametervalueunitsLi100mmL290mmD25mmоtheta45F100NT5N-mWhat is the polar moment of inertia for the section at a-a? J=0.000000038.σm¹What is the moment of inertia for section a-a around itscentroidal axis? I₂ = 0.00000001904mPart 2 of 4 Remember to keep more than 3 sigfigs for J, and I ₂ and anyother intermediate values.What is the normal stress at A and at B due to the internalnormal (+tension,- =compression)? σ₁ = σB =MPaWhat is the bending stress at A (+=tension,[σA]b =MPaWhat is the bending stress at B (+=tension,[σB]b=MPa- =compression)?- =compression)?What is the magnitude of the shear stress at A and B due totorsion? | Ttorsion=MPaWhat is the value for QA for shear along the y axis (for use inthe shear formula)?m³3What is the value for QB for shear along the y axis (for use inthe shear formula)?m³What is the magnitude of the shear stress at A due to theinternal shear force? [TA]V=MPaWhat is the magnitude of the shear stress at B due to theinternal shear force? [TB] =MPa

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A faucet is stuck, and a person uses their hand to try to get it to move. They apply a force F = 100 N and simultaneously apply a torque T = 5 N·m. What is the state of stress at point A and at point B of the cross section taken at a-a? Take the angle 0 to be 45 and the diameter of cross-section to be D = 25 mm. The geometry and axes are as specified in the figure and parameter table. You can assume the hand acts like a rigid object when transmitting the force F to the handle. F L₂

A faucet is stuck, and a person uses their hand to try to get it to move. They apply a force F = 100 N and simultaneously apply a torque T = 5 N·m. What is the state of stress at point A and at point B of the cross section taken at a-a? Take the angle 0 to be 45 and the diameter of cross-section to be D = 25 mm. The geometry and axes are as specified in the figure and parameter table. You can assume the hand acts like a rigid object when transmitting the force F to the handle. F L₂

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter3: Torsion

Section: Chapter Questions

Problem 3.11.13P: A thin-walled rectangular tube has uniform thickness t and dimensions a x b to the median line of...

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