Prob 4. The simply supported beam shown below supports a parabolic distributed load as shown below. The cross section of

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Prob 4. The simply supported beam shown below supports a parabolic distributed load as shown below. The cross section of

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Prob 4 The Simply Supported Beam Shown Below Supports A Parabolic Distributed Load As Shown Below The Cross Section Of 1
Prob 4 The Simply Supported Beam Shown Below Supports A Parabolic Distributed Load As Shown Below The Cross Section Of 1 (39.91 KiB) Viewed 99 times
Prob 4. The simply supported beam shown below supports a parabolic distributed load as shown below. The cross section of the beam is rectangular with a base of 6 inches and height of 10 inches. The beam is made of steel, E = 29,000 ksi. For each equation, you must solve for constants of integration. (a) Derive the bending moment equation, M(x) (b) Derive the slope equation, 0(z) (c) Derive the deflection equation, A(z) (d) Sketch the general shape of the deflection line and de- termine the maximum deflection Amar of the beam w(x)=288-12-12 K k/ft 12² -12 ft B
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