(40 pts) Write the MIPS assembly language code to implement each of the branch conditions given below. Assume that the variables x and y are stored in $s0 and $81, respectively, and that both x and y are Two's Complement binary numbers. Assume, also, that the branch instruction goes to Ll when the condition is true. Use only MIPS Core instructions (see MIPS Reference Card). Do not use pseudo- instructions. Use as few instructions as possible. Use only one branch instruction in each answer. (a) x= 12 (40 pts) Write the MIPS assembly language code to implement each of the branch conditions given below. Assume that the variables x and y are stored in $s0 and $81, respectively, and that both x and y are Two's Complement binary numbers. Assume, also, that the branch instruction goes to Ll when the condition is true. Use only MIPS Core instructions (see MIPS Reference Card). Do not use pseudo- instructions. Use as few instructions as possible. Use only one branch instruction in each answer. (a) x= 12