Intense Emp. Strong Quote Intense Quote Subtle Refer... Inte 5.13 The figure showCa uniform beam subject to a linearly increasing distributed load. 801103 (w) 847443 FIGURE P2.21 As depicted in the figure, deflection y (m) can be computed with y Wo 120 EIL (-x³ +21²x³-L*x) Determine the point of maximum deflection (the value of x where dy/dx =0), then substitute this value Into the equation to determine the value of the maximum deflection. Use the following parameter values. L= 600 cm E-50,000 kN/cm² 1-30,000 cm wo-2.5 kN/cm a) Solve the problem analytically, using the symbolic algebra capability of MATLAB., Recall that E and I are reserved names in muPad, so I would suggest you us ME and ME instead. b) Solve using the bisection technique (with the bisection function you created earlier).