It must be solved by Matlab

a2T a27 + axlaya Problem 1: This problem will be done by student on paper/papers with her/his own hand writing. The boundary value problem or equation of heat transfer for a certain case/condition is given as = 0. The central difference scheme formula is given as 24_4147-2u+u- The ax (4x) dimesnions of the plate is 1 m by 1 m. The boundary conditions are given as following a) T(x,0) = 24 C b) b) T(0,y) = 70 C c) c) T(1,y) = 45C d) d) T(x,1)= 140 C Write the 9 equations for finding the unknown temperatures at 9 nodes. You do not need to solve them. Just write the equations. Please do not change the corrdinate axis that is given in Figure 1 for Problem 1. Please see the Figure 1 for Problem 1, shown below. T(x,o) LT(L. Tory T(2, 1) a2T a27 + axlaya Problem 1: This problem will be done by student on paper/papers with her/his own hand writing. The boundary value problem or equation of heat transfer for a certain case/condition is given as = 0. The central difference scheme formula is given as 24_4147-2u+u- The ax (4x) dimesnions of the plate is 1 m by 1 m. The boundary conditions are given as following a) T(x,0) = 24 C b) b) T(0,y) = 70 C c) c) T(1,y) = 45C d) d) T(x,1)= 140 C Write the 9 equations for finding the unknown temperatures at 9 nodes. You do not need to solve them. Just write the equations. Please do not change the corrdinate axis that is given in Figure 1 for Problem 1. Please see the Figure 1 for Problem 1, shown below. T(x,o) LT(L. Tory T(2, 1)