Calculate and draw the Shear Stress distribution across the depth of the T section shown below, if subjected to a Shearing Force of 900 kN. 400mm 40mm 40mm 600mm

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A: Given: The diameter of the cylinder: →D=500 mm=0.5 m Length of the piston stroke: →L=2050 mm=2.05 m…

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A: Force (F→)=20i^+30j^+50k^ lb AO=2 inchBO=5 inchCO= 6 inch

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Q: 18) Consider rotating shaft with imbalanus as shown. A single balancing muss is to he located in the…

A: Given; m1=6 kg      r1=250 mm     θ1=120° m2=4 kg      r2=200 mm     θ2=60°m3=4 kg      r3= 200 mm…

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A: (Qa) In the first case it is given that: Thermal conductivity of glass = 1 W/m-K T1 = 78 oF T2 = -15…