SHOW ALL WORK/CALCULATIONS!! SAME QUESTION MULTIPLE PARTS! Correct answers get positive ratings! Low quality answers = b

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SHOW ALL WORK/CALCULATIONS!!
SAME QUESTION MULTIPLE PARTS!
Correct answers get positive ratings!
Low quality answers = bad ratings!

Show All Work Calculations Same Question Multiple Parts Correct Answers Get Positive Ratings Low Quality Answers B 1 (28.15 KiB) Viewed 18 times

Show All Work Calculations Same Question Multiple Parts Correct Answers Get Positive Ratings Low Quality Answers B 2 (55.96 KiB) Viewed 18 times

Show All Work Calculations Same Question Multiple Parts Correct Answers Get Positive Ratings Low Quality Answers B 3 (59.37 KiB) Viewed 18 times

X a b 1 w w FIXED For the cantilever above, L = 10m, a = 4,, b= 2, wa= 2kN/m, wb=4kN/m. If you are using the Amesweb program, E = 5000 GPa, distance to extreme fiber 5 mm, I = 200 mm^4
Question 10 Q is the first moment of area above the point of interest. What is Q for y = 8 mm (referenced from the "ground" or y=0) 18.6 mm^3 16.4 mm^3 19.2 mm^3 Question 11 What is the value of the thickness that should be used in figuring shear stress? 5 mm O 0 8 mm 03 mm O 2.4 mm
Question 12 What other information is needed in order for the engineer to determine the shear stress due to shear force at y=8mm? (check all that apply) the location along the length of the beam the shear force. V at that point shear modulus, G other calculated terms, lx, t, and Q Question 13 FIXED Answer the following questions based on the inspection of the beam. The maximum shear forces occurs at: x= m 10m 6m 4 m O 6 to 10, inclusive