Question 3-10 use the beam and cross section diagrams at right. Let "w" = 1001b/in. 3. Draw the FBD 4. Determine the max shear force,
V
(kip), in the beam. 5. Determine the maximum bending moment (kip-in.) in the beam. 6. Select the equation for the internal moment,
M(lb.-in)
as a function of x , at point "
k
" where
28in<=x<=36in
. 7. Select the equation for the internal shear force, . Please answer 3-10. Thank you

Question

Question 3-10 use the beam and cross section diagrams at right. Let "w" = 1001b/in. 3. Draw the FBD 4. Determine the max shear force,

V

(kip), in the beam. 5. Determine the maximum bending moment (kip-in.) in the beam. 6. Select the equation for the internal moment,

M(lb.-in)

as a function of x , at point "

k

" where

28in<=x<=36in

. 7. Select the equation for the internal shear force, . Please answer 3-10. Thank you

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Expert Answer to - Question 3-10 use the beam and cross section diagrams at right. Let &#34;w&#34; = 1001b/in. 3. Draw the FBD

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Solution for - Question 3-10 use the beam and cross section diagrams at right. Let &#34;w&#34; = 1001b/in. 3. Draw the FBD

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This an additional answer to - Question 3-10 use the beam and cross section diagrams at right. Let &#34;w&#34; = 1001b/in. 3. Draw the FBD

(Solved): Question 3-10 use the beam and cross section diagrams at right. Let "w" = 1001b/in. 3. Draw the FBD ...