Formulate the following design problem, transcribe it into the standard form, and create a linear approximation at the given point. With the formulation complete, complete one iteration of the SLP algorithm (try 50 percent move limits and adjust them if necessary). Beam design problem formulated in Section 3.8 at (b, d) = (250, 300) mm: Minimize f(b,d) - bd Subject to: osoa T 1.234*10^-2) Af= gr = Ag2 = g3 = Formulate the following design problem, transcribe it into the standard form, and create a linear approximation at the given point. With the formulation complete, complete one iteration of the SLP algorithm (try 50 percent move limits and adjust them if necessary). Beam design problem formulated in Section 3.8 at (b, d) = (250, 300) mm: Minimize f(b,d) - bd Subject to: osoa T 1.234*10^-2) Af= gr = Ag2 = g3 =