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Turn the following solution into the proper Flowgorithmn format using Flowgorithmn programming

Turn the following solution into the proper Flowgorithmn format using Flowgorithmn programming

Computer Networking: A Top-Down Approach (7th Edition)
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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Turn the following solution into the proper Flowgorithmn format using Flowgorithmn programming
## Flowchart Explanation: Finding the Largest and Smallest Integers This flowchart is an algorithm for identifying the largest and smallest integers from a series of user inputs. Here’s a detailed step-by-step explanation: ### Steps: 1. **Start**: The process begins. 2. **Main**: Entry point of the program. 3. **Initialize Variables**: - `large`: To store the largest integer. - `small`: To store the smallest integer. - `i`: Variable to store user input. 4. **Prompt User**: - Display the message: "Please enter an integer." 5. **User Input**: - Scan and store the user input into variable `i`. 6. **Assign First Input**: - Assign the first input to both `large` and `small`. 7. **Conditional Check**: - Check if `i != 0` to determine if more inputs are needed. - If `i == 0`, the loop ends, and the program proceeds to display the results. - If `i != 0`, prompt the user to enter another integer and scan the input. 8. **Comparison Logic**: - **Smallest Integer Check**: - If `i < small`, assign `small = i`. - **Largest Integer Check**: - If `i > large`, assign `large = i`. 9. **Loop**: - The program continues to prompt the user and check for integer inputs until a `0` is entered. 10. **Display Result**: - Once the user enters `0`, the program displays: "large & small integers". 11. **Stop**: The process ends. This flowchart guides users through continuously inputting integers until they input `0`, at which point it identifies and outputs the smallest and largest integers from the series of inputs. This is a practical illustration of loop and conditional statements in programming for beginners.
Transcribed Image Text:## Flowchart Explanation: Finding the Largest and Smallest Integers This flowchart is an algorithm for identifying the largest and smallest integers from a series of user inputs. Here’s a detailed step-by-step explanation: ### Steps: 1. **Start**: The process begins. 2. **Main**: Entry point of the program. 3. **Initialize Variables**: - `large`: To store the largest integer. - `small`: To store the smallest integer. - `i`: Variable to store user input. 4. **Prompt User**: - Display the message: "Please enter an integer." 5. **User Input**: - Scan and store the user input into variable `i`. 6. **Assign First Input**: - Assign the first input to both `large` and `small`. 7. **Conditional Check**: - Check if `i != 0` to determine if more inputs are needed. - If `i == 0`, the loop ends, and the program proceeds to display the results. - If `i != 0`, prompt the user to enter another integer and scan the input. 8. **Comparison Logic**: - **Smallest Integer Check**: - If `i < small`, assign `small = i`. - **Largest Integer Check**: - If `i > large`, assign `large = i`. 9. **Loop**: - The program continues to prompt the user and check for integer inputs until a `0` is entered. 10. **Display Result**: - Once the user enters `0`, the program displays: "large & small integers". 11. **Stop**: The process ends. This flowchart guides users through continuously inputting integers until they input `0`, at which point it identifies and outputs the smallest and largest integers from the series of inputs. This is a practical illustration of loop and conditional statements in programming for beginners.
**Flowchart Basics Overview** This example showcases a simple flowchart designed to illustrate the sequence of a basic program. Flowcharts are a visual representation used in various fields including computer science, project management, and engineering to depict workflows, processes, or algorithms. **Diagram Explanation:** 1. **Main Block**: The flowchart begins with a block labeled "Main." This represents the start or the main procedure of the program. 2. **Arrow**: An arrow points downward from the "Main" block, indicating the direction of the process flow. 3. **End Block**: The arrow leads to a block labeled "End," which signifies the termination or the end of the program. **Tools Menu:** - The image displays part of the tools menu typically found at the top of software that helps create such diagrams. Key functionalities include: - **Play button**: Often used to run or simulate the process. - **Zoom In/Out**: Icons with magnifying glasses for zooming into or out of the diagram. - **Settings/Gear Icon**: For accessing additional settings or configurations. - **Other icons**: Represent various tools and options for customization and execution. This basic flowchart is fundamental in introducing the concept of process flow and helps in understanding how tasks and operations are sequenced within a program or system.
Transcribed Image Text:**Flowchart Basics Overview** This example showcases a simple flowchart designed to illustrate the sequence of a basic program. Flowcharts are a visual representation used in various fields including computer science, project management, and engineering to depict workflows, processes, or algorithms. **Diagram Explanation:** 1. **Main Block**: The flowchart begins with a block labeled "Main." This represents the start or the main procedure of the program. 2. **Arrow**: An arrow points downward from the "Main" block, indicating the direction of the process flow. 3. **End Block**: The arrow leads to a block labeled "End," which signifies the termination or the end of the program. **Tools Menu:** - The image displays part of the tools menu typically found at the top of software that helps create such diagrams. Key functionalities include: - **Play button**: Often used to run or simulate the process. - **Zoom In/Out**: Icons with magnifying glasses for zooming into or out of the diagram. - **Settings/Gear Icon**: For accessing additional settings or configurations. - **Other icons**: Represent various tools and options for customization and execution. This basic flowchart is fundamental in introducing the concept of process flow and helps in understanding how tasks and operations are sequenced within a program or system.
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