Question: . Consider the following x86-based assembly code that is currently executing on a computer that has a memory which is Byte-addressable and a CPU that

. Consider the following x86-based assembly code that is currently executing on a computer that has a memory which is Byte-addressable and a CPU that has a word size of 2-Bytes: Mov Ax, [0X3F55) (encoded in 2 words) Mov Bx, [OX3F56] (encoded in 2 words) Mul Cx, 0x0000 (encoded in 1 word) Xor BX, CX (encoded in 1 word) Inc Ax (encoded in 1 words) Halt (encoded in 1 words) i. Assuming that the address of the first instruction in this program is 0xFBCO and that an interrupt occurs after the completion of the 4thinstruction i.e., Xor Bx, Cx, what will be the value of the IP register that will be pushed onto the stack? ii. Which component of the computer system is responsible for pushing the PC value into the stack? why? iii. There are many stacks in the system, which stack are we referring to above
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