If they test a W$14$x$38$ brass c$)$ If they test a W$14$x$38$ beam, what would be the shear flow at the flange? What would be the shear

stress in the $x-$axis at the centroid of the beam? What would be the flexural stress in the flange? A team of engineers designs laboratory equipment for an engineering program. The beam apparatus

includes a simply supported beam with a variety of loads and deflection gauges.beam, what would be the shear flow at the flange? What would be the shear stress in the x$-$axis at the centroid of the beam? What would be the flexural stress in the flange? A W$14$x$38$ beam has a height of $14\mathrm{.}1$in$.,$ a width of $6\mathrm{.}77$in$.,$ web thickness of $\mathrm{.}31$ in$.,$ and a flange thickness of $\mathrm{.}515$in$.$ The The legnth of the beam is $2$ feet and in the middle of the beam a $1$lb$.$ weight is applied.