Using this, can you translate these?

1. MAR:= PC;RD

2. MAR:=PC; MBR:=AC; WR

3. IR:= MBR

4. TIR:= IR; GOTO 25

5. C:= A + B; IF Z GOTO 65

6. TIR := LSHIFT(IR + IR); IF N GOTO 0

7. AC := BAND(AC, AMASK)

This is what an expected answer looks like:

A bus B bus C bus A C AC ADDR D R AMUX COND ALU SH TIR 0=A+B 1 = A AND B 2=A 3=A 0 No shift 1 = Shift right 1 bit 2-Shift left 1 bit 3 = (not used) 0 A latch 0 No jump 1 = Jump if N 1 2=Jump if Z 1 3. Jump always 1 = MBR AMASK MBR, MAR, RD, WR, ENC SMASK 1 Yes The microinstruction layout for controlling the data path of Fig. 4-8 A latch B latchL Address out To address bus MAR Data in To data bus MBR AMUX ALU Shifter Data out . 4& The dau path of the example microarchisecture A bus B bus C bus A C AC ADDR D R AMUX COND ALU SH TIR 0=A+B 1 = A AND B 2=A 3=A 0 No shift 1 = Shift right 1 bit 2-Shift left 1 bit 3 = (not used) 0 A latch 0 No jump 1 = Jump if N 1 2=Jump if Z 1 3. Jump always 1 = MBR AMASK MBR, MAR, RD, WR, ENC SMASK 1 Yes The microinstruction layout for controlling the data path of Fig. 4-8 A latch B latchL Address out To address bus MAR Data in To data bus MBR AMUX ALU Shifter Data out . 4& The dau path of the example microarchisecture