Final answer:
1. False: The target address for the machine instruction `0x032026` would be `003600 + 000026 = 003626`, not `003000`.
2. True: The Program Counter (PC) stores the address of the next instruction, including return addresses for subroutine jumps.
3. False: The S register usually contains general-purpose data, not condition codes.
4. False: "INPUT WORD 1034" doesn't imply reserving 1034 bytes; it likely refers to reading a word from a specific memory location.
5. False: In a two-pass assembler, literals are typically handled in the second pass, and local symbol address resolution occurs in the first pass.
Step-by-step explanation:
1. False: The target address for the machine instruction `0x032026` would be calculated as `003600 + 000026 = 003626`, not `003000`.
2. True: The Program Counter (PC) register typically stores the address of the next instruction to be executed. In the context of a subroutine jump, the PC would store the return address.
3. False: The S register generally refers to the general-purpose register in a processor architecture. It may contain operands or results but is not specifically designated for condition codes. Condition codes are often stored in a separate register or flags.
4. False: The statement "INPUT WORD 1034" does not necessarily mean the operating system should reserve 1034 bytes in memory. It depends on the context of the instruction or statement. It might mean reading a word from a specific location in memory.
5. False: In a two-pass assembler, literals are typically handled in the second pass, not the first pass. Address resolution of local symbols is generally done in the first pass, and literals are often assigned addresses and added to the literal table during the second pass.
Your complete question is: 1. T/F - if (B)=006000 (PC)=003600 (X)=000090, for the machine instruction Ox032026, the target address is 003000. 2. T/F - PC register stores the return address for subroutine jump. 3. T/F-S register contains a variety of information such as condition code. 4. T/F – INPUT WORD 1034 – This means Operating system should reserve 1034 bytes in memory 5. T/F - In a two pass assembler, adding literals to literal table and address resolution of local symbol are done using first pass and second pass respectively.