Consider the following instructions given in the table below. For each instruction determine addressing modes of the source and destination operands, source and destination addresses, and the result of the operation Fill in the empty cells in the table the initial content of memory is given in the table The initial value of registers R2, R5and R6 is as follows: SR=R20*0001I (V=0. N=O,.Z=0.C=1. R5=0xC003, R6=0xC006. Assume the starting conditions are the same for each question, i e. always start from the initial conditions in memory and given register value.? Notes of settings flags : Instructions that set flags, set N and Z flags as usual. Specific for C and V are as follows: RLA:C is loaded with a shifted out bit; V:set if an arithmetic overflow occurs: the initial value is 04000h dst 0C000h; reset otherwise.BIS and MOV do not affect the flags. Consider the following instructions given in the table below. For each instruction determine addressing modes of the source and destination operands, source and destination addresses, and the result of the operation Fill in the empty cells in the table the initial content of memory is given in the table The initial value of registers R2, R5and R6 is as follows: SR=R20*0001I (V=0. N=O,.Z=0.C=1. R5=0xC003, R6=0xC006. Assume the starting conditions are the same for each question, i e. always start from the initial conditions in memory and given register value.? Notes of settings flags : Instructions that set flags, set N and Z flags as usual. Specific for C and V are as follows: RLA:C is loaded with a shifted out bit; V:set if an arithmetic overflow occurs: the initial value is 04000h dst 0C000h; reset otherwise.BIS and MOV do not affect the flags