problem most be solve in MATHCAD

3.- The figures below show a uniform beam subjected to a linearly increasing distributed load (a) and the corresponding beam deflection (b). The beam deflection y(x) can be computed with the following equation: Wo y(x) = (-25 + 222x3 Lx) 120EIL where E is the beam modulus of elasticity and I the cross section moment of inertia. For E = 5 x104 kN/cm, I = 3 x104 cm", L = 800 cm, and wo = 5 kN/cm, a) Create a graph in Mathcad to show the beam deflection, b) Use a solve block to find the exact largest deflection of the beam and the location (r value) where this occur. 3.- The figures below show a uniform beam subjected to a linearly increasing distributed load (a) and the corresponding beam deflection (b). The beam deflection y(x) can be computed with the following equation: Wo y(x) = (-25 + 222x3 Lx) 120EIL where E is the beam modulus of elasticity and I the cross section moment of inertia. For E = 5 x104 kN/cm, I = 3 x104 cm", L = 800 cm, and wo = 5 kN/cm, a) Create a graph in Mathcad to show the beam deflection, b) Use a solve block to find the exact largest deflection of the beam and the location (r value) where this occur