Please help with the question below. Thank you!

Here is the skeleton code

Part 1: Write a MIPS program to add two matrices and store the result in memory starting at address given in s4. The matrices are of the size 2X3 each. The two matrices are stored starting at two memory locations whose addresses are given in two registers, s2 and s3. Each number in the matrix is represented in signed 2's complement form. Deliverables The Code with detailed comments Flowchart of the Short description of the approach and the program flow Simulation input(s) and results Part 2 For two matrices that are stored at starting addresses given by so and sl respectively, with Mi of size 2 x 3 and M2 is of size 3 X 2, perform the multiplication of Mi XM2 and store the result in memory starting at address given in s2. Each number in the matrix is represented in signed 2's complement form. Deliverables The Code with detailed comments Flowchart of the Short description of the approach and the program flow Simulation input(s) and results Part 1: Write a MIPS program to add two matrices and store the result in memory starting at address given in s4. The matrices are of the size 2X3 each. The two matrices are stored starting at two memory locations whose addresses are given in two registers, s2 and s3. Each number in the matrix is represented in signed 2's complement form. Deliverables The Code with detailed comments Flowchart of the Short description of the approach and the program flow Simulation input(s) and results Part 2 For two matrices that are stored at starting addresses given by so and sl respectively, with Mi of size 2 x 3 and M2 is of size 3 X 2, perform the multiplication of Mi XM2 and store the result in memory starting at address given in s2. Each number in the matrix is represented in signed 2's complement form. Deliverables The Code with detailed comments Flowchart of the Short description of the approach and the program flow Simulation input(s) and results