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Show the machine code encoding in binary and hexadecimal for the following instruction:

MUL X25, X27, X16

Answer :

Final answer:

The MUL instruction multiplies the values of two registers and stores the result in another. The machine code encoding for it in binary and hexadecimal depends on the system architecture. Without this information, it is not possible to provide the exact code.

Explanation:

The MUL instruction is an assembly language operation in computers that stands for multiplication. This instruction multiplies the values of two registers and stores the result in a third register. In the MUL X25, X27, X16 instruction, the values in the X27 and X16 registers are multiplied together and the result is stored in the X25 register.

The binary encoding (machine code) for the instruction would depend upon the specific architecture of your system and the way it encodes operation, source and destination registers into binary. Consult your particular architecture's documentation for exact binary and hexadecimal representations.

In conclusion, machine code encoding in binary and hexadecimal can vary depending upon the system architecture. Therefore, without specific details about the architecture, providing the exact machine code might not be possible.

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