(a) Determine the internal forces and moment as functions of . (b) Show that the equations for V and M as functions of  satisfy the equation V = dM/dx . (c) Draw the shear force and bending moment...

(a) Determine the internal forces and moment as functions of
. (b) Show that the equations for
V
and
M
as functions of
 satisfy the equation
V
=
dM/dx. (c) Draw the shear force and bending moment diagrams.

The beam will safely support a bending moment of 1 MN-m (meganewtonmeter) at any cross section. Based on this criterion, what is the maximum safe value of the uniformly distributed load?