(b) Setting e = 1 in (*) we know that W p(s, t) = 0 10 Tala p(3,6 = 0 = { satisfies (*) with initial data equal to Heaviside function PC 0, 0. - Make use of (**) combined with an appropriate rescaling of 2 and derive an expres- sion for the solution of (*) with e > 0. Sketch the solution for a fixed time T and two different values of s in order to indi- cate the impact from e on the solution. PEPE IER-(-00, +00), and identify the constant parameter e > 0. (b) Setting e = 1 in (*) we know that W p(s, t) = 0 10 Tala p(3,6 = 0 = { satisfies (*) with initial data equal to Heaviside function PC 0, 0. - Make use of (**) combined with an appropriate rescaling of 2 and derive an expres- sion for the solution of (*) with e > 0. Sketch the solution for a fixed time T and two different values of s in order to indi- cate the impact from e on the solution. PEPE IER-(-00, +00), and identify the constant parameter e > 0