Final answer:
The address of the beq instruction in MIPS assembly for the given immediate field of 0..0011 (3 in decimal) and label's address of 24, is 17.
Step-by-step explanation:
The instruction beq t0, t1, label is a branch instruction used in MIPS assembly language, which stands for 'branch if equal'. When the registers t0 and t1 are equal, the program will branch to the address specified by label.
The 16-bit immediate field in the instruction is used as an offset from the address of the instruction immediately following the branch instruction (which is also known as the Program Counter (PC) + 4, since the PC points at the current instruction and instructions are 4 bytes long).
To calculate the address of the beq instruction, we start from the address of the label, which is 24. Since the offset is 0..0011, or 3 in decimal (assuming the question refers to a binary number with omitted leading zeros), and the offset is applied to the address of the instruction after the branch plus 4, we need to subtract 4 and then the offset from the label's address.
Therefore, the address of the beq instruction is: Label's address - 4 - offset = 24 - 4 - 3 = 17.
The beq instruction in computer architecture stands for branch if equal. It is used to perform a conditional branch based on the equality of two registers. In this case, the instruction is beq t0, t1, label, where t0 and t1 are registers and label is the target label or address.
If the 16-bit immediate field is 0..0011, it represents the decimal value 3. To calculate the address of the beq instruction, we add the immediate value to the address of the next instruction.
If the address of the label is 24, and the size of each instruction is 4 bytes, then the address of the beq instruction would be 24 + (3 * 4) = 36.