Please answer the question below alongside the following;Describe what you expect the instruction to do. ### Assembly Language Instruction BreakdownThe problem presented is to determine the assembly language instruction corresponding to the hexadecimal value `0x0032`. Each digit in this hexadecimal value represents 4 bits, and the instruction is divided into three parts: `Opcode`, `Rs`, `Rt`, and `Rd`.#### Instruction Components:1. **Opcode**: - This box is meant to contain the binary values which determine the operation code. 2. **Rs**: - This is the source register. It will contain the binary representation of the register used as a source in the instruction. 3. **Rt**: - This is the target register. It will have the binary value representing the register that is the target in the assembly operation. 4. **Rd**: - This is the destination register. It will be filled with the binary representation of the register used as the destination.#### Diagram Explanation:- The layout consists of a header asking for calculation of each part based on the hexadecimal `0x0032` and a single-row diagram with four separate boxes, aligned for each of the components (Opcode, Rs, Rt, Rd).When filling the diagram, each field will typically be filled with the bit values derived from breaking down the 16-bit representation of `0x0032` into appropriate sections for the assembly instruction. For educational purposes, students would typically convert the hexadecimal to binary, then decode which parts belong to each category according to the specific architecture rules they are studying, such as MIPS.

Answered: What assembly language instruction is…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

Please answer the question below alongside the following;

Describe what you expect the instruction to do.

### Assembly Language Instruction Breakdown

The problem presented is to determine the assembly language instruction corresponding to the hexadecimal value `0x0032`. Each digit in this hexadecimal value represents 4 bits, and the instruction is divided into three parts: `Opcode`, `Rs`, `Rt`, and `Rd`.

#### Instruction Components:
1. **Opcode**:
- This box is meant to contain the binary values which determine the operation code.

2. **Rs**:
- This is the source register. It will contain the binary representation of the register used as a source in the instruction.

3. **Rt**:
- This is the target register. It will have the binary value representing the register that is the target in the assembly operation.

4. **Rd**:
- This is the destination register. It will be filled with the binary representation of the register used as the destination.

#### Diagram Explanation:
- The layout consists of a header asking for calculation of each part based on the hexadecimal `0x0032` and a single-row diagram with four separate boxes, aligned for each of the components (Opcode, Rs, Rt, Rd).

When filling the diagram, each field will typically be filled with the bit values derived from breaking down the 16-bit representation of `0x0032` into appropriate sections for the assembly instruction.

For educational purposes, students would typically convert the hexadecimal to binary, then decode which parts belong to each category according to the specific architecture rules they are studying, such as MIPS.

Expert Solution

Step 1: What are assembly language instructions?

Machine code instructions are represented at a low level in assembly language, which is readable by humans. They closely resemble the commands carried out by a computer's central processing unit (CPU). Ordinarily, an operation code (opcode) and operands—which may be registers, memory addresses, or constants—make up an assembly instruction.
The R-type instruction, a particular sort of assembly instruction, was identified as the instruction represented by the hexadecimal number 0x0032 in the above query.
R-type instructions are a subset of machine instructions that operate on registers in computer architecture. They typically use three registers for the source and destination operands and have a fixed opcode and function code. Within the CPU, these instructions are frequently utilised for logical and arithmetic tasks. Let us understand the instruction 0x0032.