(Solved): A beam has a rectangular cross-section and is subjected to the resultant internal loadings shown De ...

A beam has a rectangular cross-section and is subjected to the resultant internal loadings shown Determine the normal stress at point A caused by the $8\mathrm{kN}$ axial force zero $12.5\mathrm{Pa}$ $8\mathrm{kN}$ $12.5\mathrm{MPa}$ A beam has a rectangular cross-section and is subjected to the resultant internal loadings shown Determine the normal stress at point D caused by the $8\mathrm{kN}$ axial force $12.5\mathrm{MPa}$ $8\mathrm{kN}$ zero $12.5\mathrm{Pa}$ A beam has a rectangular cross- section and is subjected to the resultant internal loadings shown Determine the normal stress at point A caused by the $250\mathrm{N}$.m bending moment $\left(1=5.46\times 10^{-8}\right)$ 73.3 $\mathrm{MPa}$ zero 10.1 $\mathrm{MPa}$ 27.5MPa A beam has a rectangular cross- section and is subjected to the resultant internal loadings shown Determine the normal stress at point D caused by the $250\mathrm{N}$.m bending moment $\left(1=5.46\times 10^{-8}\right)$ $10.1\mathrm{MPa}$ $27.5\mathrm{MPa}$ 73.3 MPa zero A beam has a rectangular cross- section and is subjected to the resultant internal loadings shown Determine the shear stress at point A caused by the $5\mathrm{kN}$ shear force. $\left(I=5.46\times 10^{-8}\right)$ $10.1\mathrm{Mpa}$ $27.5\mathrm{MPa}$ 73.3 $\mathrm{MPa}$ $12.5\mathrm{MPa}$ beam has a rectangular cross- section and is subjected to the resultant internal loadings shown The combined normal stress at point $A$ is about $60.8\mathrm{MPa}$ $15\mathrm{MPa}$ $40\mathrm{MPa}$ $85.8\mathrm{MPa}$