MIPS path by implementing the 'jump indexed instruction Modify the MULTI-cycle data n (id). Below is the syntax and the encoding. The instruction below jumps to the instruction at address (t0+t1+1024). The immediate field is a signed value. Notice that, when the offset is 1024, the immediate value encoded in the instruction is 256. jdx Sto, St, 1024 unique t0 tl 256 opcode rs rt immediate (signed) a) Show how many cycles are used for the instruction and what's done in each cycle b) Draw the changes on the datapath diagram c) Draw the modifications to the control state machine MIPS path by implementing the 'jump indexed instruction Modify the MULTI-cycle data n (id). Below is the syntax and the encoding. The instruction below jumps to the instruction at address (t0+t1+1024). The immediate field is a signed value. Notice that, when the offset is 1024, the immediate value encoded in the instruction is 256. jdx Sto, St, 1024 unique t0 tl 256 opcode rs rt immediate (signed) a) Show how many cycles are used for the instruction and what's done in each cycle b) Draw the changes on the datapath diagram c) Draw the modifications to the control state machine