c. For the multi cycle data path shown below (same as in the slides) answer the following questions: CMtober POWIE Carolus VaR 1 20 Bar Iratr. HH Fast Memes ALUDUE Inn Wega regler Red . wa ITUCIOR CO (i) (4 points) For the lower MUX whose output goes to the ALU show what instruction corresponds to which input of that MUX, use the table below. Input Instruction 0 1 2 3 (ii) (3 points) For the top right MUX whose output goes to the PC (program counter), show what instruction corresponds to which input of that MUX, use the table below. Input Instruction 0 1 2 (iii) (3 points) Jump register (jr) is a very useful instruction (please look it up in the MIPS ISA card and/or the textbook). It allows the program to specify a target address in any register. How would you modify this data path to support the jump register (ir) instruction? c. For the multi cycle data path shown below (same as in the slides) answer the following questions: CMtober POWIE Carolus VaR 1 20 Bar Iratr. HH Fast Memes ALUDUE Inn Wega regler Red . wa ITUCIOR CO (i) (4 points) For the lower MUX whose output goes to the ALU show what instruction corresponds to which input of that MUX, use the table below. Input Instruction 0 1 2 3 (ii) (3 points) For the top right MUX whose output goes to the PC (program counter), show what instruction corresponds to which input of that MUX, use the table below. Input Instruction 0 1 2 (iii) (3 points) Jump register (jr) is a very useful instruction (please look it up in the MIPS ISA card and/or the textbook). It allows the program to specify a target address in any register. How would you modify this data path to support the jump register (ir) instruction