1._(28 points) For each of the following questions, assume that the registers are initialized to the following values (1.e., each part is independent of the others). Note: NZVC are the condition codes and ML is short for memory location. Give the contents of the registers after each instruction is fetched and executed. All numbers shown are HEX numbers except when noted otherwise. DO NOT leave any box empty (even if the contents don't change) - empty boxes will be counted wrong! Also, do not use a DASH"-" in a box and do not forget the $-sign for hex numbers. A. ADDA SA000 Y PC SC000 A $80 X $9FFE ML($A000) ML ($A001) ML (SA002) SFF S01 SCC $9FFF Initial After B. LDAA 2.Y PC SC000 A $80 Y S9FFF ML($A000) ML($A001) ML(SA002) SFF S01 SCC S9FFE Initial After C. STX 3,X PC SC000 A $80 Y $9FFF ML($A000) ML($A001) ML($A002) SFF S01 SCC $9FFE Initial After D. SUBA 1,Y PC SC000 A $80 X S9FFE Y $9FFF ML($A000) ML ($A001) ML (SA002) SFF S01 SCC Initial After 1._(28 points) For each of the following questions, assume that the registers are initialized to the following values (1.e., each part is independent of the others). Note: NZVC are the condition codes and ML is short for memory location. Give the contents of the registers after each instruction is fetched and executed. All numbers shown are HEX numbers except when noted otherwise. DO NOT leave any box empty (even if the contents don't change) - empty boxes will be counted wrong! Also, do not use a DASH"-" in a box and do not forget the $-sign for hex numbers. A. ADDA SA000 Y PC SC000 A $80 X $9FFE ML($A000) ML ($A001) ML (SA002) SFF S01 SCC $9FFF Initial After B. LDAA 2.Y PC SC000 A $80 Y S9FFF ML($A000) ML($A001) ML(SA002) SFF S01 SCC S9FFE Initial After C. STX 3,X PC SC000 A $80 Y $9FFF ML($A000) ML($A001) ML($A002) SFF S01 SCC $9FFE Initial After D. SUBA 1,Y PC SC000 A $80 X S9FFE Y $9FFF ML($A000) ML ($A001) ML (SA002) SFF S01 SCC Initial After