(Solved): Problem \#2: The overhang beam supports two concentrated forces ( 6 kip \& 3 kip) and a uniform dis ...

Problem \#2: The overhang beam supports two concentrated forces ( 6 kip \& 3 kip) and a uniform distributed load $(2\mathrm{kip}/\mathrm{ft})$ at the locations shown below. The beam is held in equilibrium by a pin at A and a roller at B. Assume $E=29,000\mathrm{ksi}$ and $I=206{\mathrm{in}}^4$. Determine the maximum deflection, ${\mathrm{y}}_{\max }$, that occurs in section $\mathrm{AB}$ of the beam (in inches). Hint: How can we find the horizontal position ( $x$ value) where the maximum deflection occurs?