10 MHz Ignore the 2) Calculate the total delay in LOOP2 including LOOP1 if the clock frequency difference in the execution of the last cycle of BNZ instruction. D'60 REG11 D'60' MOVLW MOVWF MOVLW Set up REG1 for 256 execution LOOP2: MOVLW 0x64 ;Load 64H WREG MOVWF REG10 Set up REG10 as a counter LOOP1: DECF REG10, 1 Decrement REG10-1W/1C/4CLK Increase delay by 4 CLK Go back to LOOP1 if REG O if REG10 is not 0 Decrement REG11 ;Increase delay NOP BNZ LOOP1 REG11,1 DECF NOP NOP BNZ LOOP2 Go back to load REG10 and start LOOP1 again END