A load of $2,0\mathrm{<font><font>0</font></font>}\mathrm{<font><font>0</font></font>}\mathrm{????}\mathrm{????}$ East$$ supported by one end of an aluminum beam $5\mathrm{????}.$ He $$section area$$transverse n of the beam is $\mathrm{<font><font>2</font></font>}6\mathrm{????}\mathrm{<font><font>????</font></font>}\mathrm{<font><font>2</font></font>}<font><font>.</font></font>$

a$<font><font>.</font></font>$With$$l is the shear stress?

b$<font><font>.</font></font>$With$$he is the flexi$$n down the beam?

Answer rating: 100% (QA)

a The shear stress can be calculated using the formula Shear stress Force Area ... View the full answer