9)3. Answer the following questions in the space provided a) Identify all errors in the following x86 instructions. In each case, explain what is wrong. If the instruction is legal as written, mark it "OK." MOV BH, CL MOV DS, ES MOV ocIH, BH ADD [EDI, DX DEC ESI, 4 MOV AH, 255 b) Identify the addressing mode used for the destination operand in each of the following MOV EBX, 65h MOV ARRAY[EDI], AX MOV ARRAY[EBX+ESI], ECX MOV [ESI], EAX c) Three of the six x86 statu lags are the sign, parity, and zero flags. Name the other three. d) Convert the following real-mode segment/offset addresses to absolute addresses 39B7:4CB5 92AB:5C9D ) Write assembler directives that create a string NAME LF consisting of your last and first name (in upper- and lower-case ASCII characters with a comma and one space between them), plus a doubleword variable called LENGTH initialized to the number of bytes in NAME_LF. 9)3. Answer the following questions in the space provided a) Identify all errors in the following x86 instructions. In each case, explain what is wrong. If the instruction is legal as written, mark it "OK." MOV BH, CL MOV DS, ES MOV ocIH, BH ADD [EDI, DX DEC ESI, 4 MOV AH, 255 b) Identify the addressing mode used for the destination operand in each of the following MOV EBX, 65h MOV ARRAY[EDI], AX MOV ARRAY[EBX+ESI], ECX MOV [ESI], EAX c) Three of the six x86 statu lags are the sign, parity, and zero flags. Name the other three. d) Convert the following real-mode segment/offset addresses to absolute addresses 39B7:4CB5 92AB:5C9D ) Write assembler directives that create a string NAME LF consisting of your last and first name (in upper- and lower-case ASCII characters with a comma and one space between them), plus a doubleword variable called LENGTH initialized to the number of bytes in NAME_LF