### Understanding Instruction Cycles in a Computer ProgramA computer program is composed of three types of instructions:1. **Load Instructions**: These constitute 40% of the program. - Each load instruction takes 3 clock cycles to execute.2. **Arithmetic Instructions**: These make up 30% of the program. - Each arithmetic operation requires 7 clock cycles to execute.3. **Floating Point Instructions**: The remaining percentage comprises floating point instructions. - Each floating point instruction takes 15 clock cycles to execute.The processor used here operates at a frequency of 2.3 GHz. The program is completed in a total time of 15 seconds. **Problem Statement:** Calculate the total number of instructions in the program given the execution time and the clock cycles required for each type of instruction.**Solution Approach:**To solve this problem, one would typically:- Determine the total clock cycles executed based on the processor speed and execution time.- Use the distribution and clock cycle requirements of each instruction type to calculate the total number of instructions.---The image also contains a text input section with "ecx per" entered, but it is unrelated to the primary problem.

Let the total number of instructions be x. Clock rate = 2.3GHz. So clock cycle time = 0.4347 ns.

(c) A computer program has three types of instructions. 40% instructions of the program are load instructions, 30% instructions of the program are arithmetic operations, and the rest of the instructions floating point instructions. Each load instruction takes 3 clock cycles to execute. Each arithmetic operation takes 7 clo cycle to execute. And Each floating point instructions takes 15 clock cycle to execute. The Processor is 2.3 GHz. The program completes its execution in 15 seconds. What is the total number of instructions in the program? Paragraph BIUA ecx per >

(c) A computer program has three types of instructions. 40% instructions of the program are load instructions, 30% instructions of the program are arithmetic operations, and the rest of the instructions floating point instructions. Each load instruction takes 3 clock cycles to execute. Each arithmetic operation takes 7 clo cycle to execute. And Each floating point instructions takes 15 clock cycle to execute. The Processor is 2.3 GHz. The program completes its execution in 15 seconds. What is the total number of instructions in the program? Paragraph BIUA ecx per >

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

Section: Chapter Questions

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

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Question

### Understanding Instruction Cycles in a Computer Program

A computer program is composed of three types of instructions:

1. **Load Instructions**: These constitute 40% of the program.
- Each load instruction takes 3 clock cycles to execute.

2. **Arithmetic Instructions**: These make up 30% of the program.
- Each arithmetic operation requires 7 clock cycles to execute.

3. **Floating Point Instructions**: The remaining percentage comprises floating point instructions.
- Each floating point instruction takes 15 clock cycles to execute.

The processor used here operates at a frequency of 2.3 GHz. The program is completed in a total time of 15 seconds.

**Problem Statement:**
Calculate the total number of instructions in the program given the execution time and the clock cycles required for each type of instruction.

**Solution Approach:**

To solve this problem, one would typically:
- Determine the total clock cycles executed based on the processor speed and execution time.
- Use the distribution and clock cycle requirements of each instruction type to calculate the total number of instructions.

---

The image also contains a text input section with "ecx per" entered, but it is unrelated to the primary problem.

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