3. Torques are added to the beam at points B and D as shown. T₁ = 5 kip-feet, and T2 = 2 kip-feet:w = 2 kips/footLoad P = 12 kipsLoad F = 8 kipsMoment Load M = 6 kip-feetTorque T₁ = 5 kip-feetTorque T₂ = 2 kip-feetT₁K12 in.2 ft2PB2PC 86100 Bronze3 ft8 in.304 Stainlesssteel-CPT₂4 in.3 fta. Draw the Torque diagram for the beam:b. Determine the torsional shear stress at points J & K (the torsional shear stress will bethe same at points J & K).

Answered: Image /qna-images/answer/8567803e-51dd-4507-bd4e-9fa021307671.jpg

3. Torques are added to the beam at points B and D as shown. T₁ = 5 kip-feet, and T₂ = 2 kip-feet: w = 2 kips/foot Load P = 12 kips Load F = 8 kips Moment Load M = 6 kip-feet Torque T₁ = 5 kip-feet Torque T₂ = 2 kip-feet A K₁ 2 ft T₁ 12 in. 4 ft 2P B2P C 86100 Bronze 3 ft 8 in. F 6 ft 304 Stainless steel M P P 3 ft. a. Draw the Torque diagram for the beam: T₂ 0000000 b. Determine the torsional shear stress at points J & K (the torsional shear stress will the same at points J & K).

3. Torques are added to the beam at points B and D as shown. T₁ = 5 kip-feet, and T₂ = 2 kip-feet: w = 2 kips/foot Load P = 12 kips Load F = 8 kips Moment Load M = 6 kip-feet Torque T₁ = 5 kip-feet Torque T₂ = 2 kip-feet A K₁ 2 ft T₁ 12 in. 4 ft 2P B2P C 86100 Bronze 3 ft 8 in. F 6 ft 304 Stainless steel M P P 3 ft. a. Draw the Torque diagram for the beam: T₂ 0000000 b. Determine the torsional shear stress at points J & K (the torsional shear stress will the same at points J & K).

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter11: Columns

Section: Chapter Questions

Problem 11.2.4P: Repeat Problem 11.2-3 assuming that R= 10 kN · m/rad and L = 2 m.

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