Q-4 find the maximum deflaction for the beam is loaded shown in fig

A cantilever beam with the fixed support on the left is under the loadings below, w = 3wo. Note: wo, E (Young's modulus), I (moment of inertia) are constant. Click here to see all formulas a a Part A - una? EI Determine the slope of the beam at x = a is assuming w = 3wn. O -0.619 O -1.65 O -1.03 O -1.29 O -0.413 Submit Request Answer una4 X EI Part B - Determine the deflection of the beam at r = a is assuming w = 3wo O -4.62×10-2 O -0.132 O -6.60×10-2

A 30mm diameter bar is 1.25 m long. When the bar is simply supported at its ends in a horizontal position and is loaded with a concentrated load of 370 N at mid span, the central deflection was found to be 9.50 mm. In the second case, the bar is placed vertically and loaded axiallyThe buckling stress (in N/ mm²) of the vertical bar is

Determine the distribution of the shear stress over the cross section of the beam shown in Fig.a

A steel beam is 24 inches tall, has a length, L, of 32ft, and has a yield stress of 36ksi. The simply supported beam supports a single load, P, of 17 kips at its midspan. If the theoretical maximum deflection of this beam is -(PL^3)/(48EI), determine the required moment of inertia such that the actual deflection of the beam will not exceed a value of L/360, and the actual stress will have a factor safety of 1.5 with respect to yielding.