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1. The following is a sequence of LEGs introtex (a) Complete the table. Each of the table sol confine the state of the resisters immediately after the instruction at the code is completed. Stop after eaching R . Leuve table entries blank smit the fint time weer in mitmeded. Ouly make entries in the table where updating te of the Sonur registers tracked (SP, LR. XO, X7). Assume in the beginning of the run (e) the cale of register SP is M. (b) What does this procedure do? J: ADDI XO, KZR 12 J14: LP #sone more code P: SUBI SP. SP, 216 P.4: STUR LR, CSP, P+8 5/ 10, HI 10) P+12: SUBIS XZ, X0.12 P+16: B.GE L T: T+ ADDI 17. IZR, 1 ADDI SP. SP. 216 BR LR L: L+4: BI1 10, 11, 1 BLP S: LDUR 10, 19, 20) S+4 LDUR LR, SP, 18) 3.81 ADDI SP. SP. 016 $+12: MUL X7 X7, X0 S+16: ERR FC SP LR XO X7 1. The following is a sequence of LEGs introtex (a) Complete the table. Each of the table sol confine the state of the resisters immediately after the instruction at the code is completed. Stop after eaching R . Leuve table entries blank smit the fint time weer in mitmeded. Ouly make entries in the table where updating te of the Sonur registers tracked (SP, LR. XO, X7). Assume in the beginning of the run (e) the cale of register SP is M. (b) What does this procedure do? J: ADDI XO, KZR 12 J14: LP #sone more code P: SUBI SP. SP, 216 P.4: STUR LR, CSP, P+8 5/ 10, HI 10) P+12: SUBIS XZ, X0.12 P+16: B.GE L T: T+ ADDI 17. IZR, 1 ADDI SP. SP. 216 BR LR L: L+4: BI1 10, 11, 1 BLP S: LDUR 10, 19, 20) S+4 LDUR LR, SP, 18) 3.81 ADDI SP. SP. 016 $+12: MUL X7 X7, X0 S+16: ERR FC SP LR XO X7