Consider the following instructions given in the table below. For each instruction determine changes in registers after its execution. Fill in the empty cells in the table.

Consider the following instructions given in the table below. For each instruction determine changes in registers after its execution. Fill in the empty cells in the table. Initial value of registers R2, R5, and R7 is as follows: R2=0x0007 (Status register), R6 0xAA22, R7-0x21B0. Assume the starting conditions are the same for each instruction in the table (i.e. always start from the initial conditions in registers). Note: Format of the register R2 is shown below. For detailed description of the instructions use the 4xx family user guide at ://www.ece.uah.edu/ milenkapage/data/cpe323/Documents/slau0561-4xx-UG Reserved GIE N ZC Instruction ADD B R6, R70x0OD2 ADD R6, R7 ADDC R6, R7 SUB.B R6, R7 SUBC R6, R7 CMP B R6, R7 CMP R6, R7 BIT R6, R7 BIC R6, R7 BIS R6, R7 AND R6, R7 SWPB R7 RRC.B R7 RRA R7 Consider the following instructions given in the table below. For each instruction determine changes in registers after its execution. Fill in the empty cells in the table. Initial value of registers R2, R5, and R7 is as follows: R2=0x0007 (Status register), R6 0xAA22, R7-0x21B0. Assume the starting conditions are the same for each instruction in the table (i.e. always start from the initial conditions in registers). Note: Format of the register R2 is shown below. For detailed description of the instructions use the 4xx family user guide at ://www.ece.uah.edu/ milenkapage/data/cpe323/Documents/slau0561-4xx-UG Reserved GIE N ZC Instruction ADD B R6, R70x0OD2 ADD R6, R7 ADDC R6, R7 SUB.B R6, R7 SUBC R6, R7 CMP B R6, R7 CMP R6, R7 BIT R6, R7 BIC R6, R7 BIS R6, R7 AND R6, R7 SWPB R7 RRC.B R7 RRA R7