I need the MATLAB Code too

3. Section 12.6, pg 567, Problem 7. Show all steps for the solution to this problem i.e. work through the entire separation of variables process. Additionally, use Matlab to plot the temperature distribution at t=0,t=5, and t=10 Find the temperature u(x,t) in a bar of silver of length 10cm and constant cross section of area 1cm2 (density 10.6g/cm3, thermal conductivity 1.04cal/(cm sec C ), specific heat .056cal/(gC) that is perfectly insulated laterally, with ends kept at temperature 0C and initial temperature f(x)C, where 7. f(x)=x(10x) 3. Section 12.6, pg 567, Problem 7. Show all steps for the solution to this problem i.e. work through the entire separation of variables process. Additionally, use Matlab to plot the temperature distribution at t=0,t=5, and t=10 Find the temperature u(x,t) in a bar of silver of length 10cm and constant cross section of area 1cm2 (density 10.6g/cm3, thermal conductivity 1.04cal/(cm sec C ), specific heat .056cal/(gC) that is perfectly insulated laterally, with ends kept at temperature 0C and initial temperature f(x)C, where 7. f(x)=x(10x)