Write A Python Program That Accepts Six Inputs From The User

Write A Python Program That Accepts Six Inputs From the User Using A

Write a Python program that accepts six inputs from the user (using a while statement). Determine the highest and lowest values entered by the user and output these values to the user at the end of the program. Additionally, if the highest number is over 50 have the program say, "Whoa! That is a really big number!" after the highest value is output. if the lowest number is under 5, have the program say, "Oh my! That is a very small number!" after the lowest value is output.

Paper For Above instruction

Write A Python Program That Accepts Six Inputs From the User Using A

Write A Python Program That Accepts Six Inputs From the User Using A

This paper presents a Python programming solution that prompts the user to input six numerical values. The goal is to determine the highest and lowest numbers among the inputs and display appropriate messages based on specified conditions. The implementation utilizes a while loop to accept inputs, tracking the maximum and minimum values dynamically during input collection, and outputs the results with additional contextual messages if certain thresholds are crossed.

Introduction

User input validation and processing are fundamental aspects of many programming tasks. In particular, collecting multiple inputs and analyzing their range provides insights into data characteristics. This program exemplifies such an analysis by employing a controlled loop structure, the while loop, to gather exactly six numbers from the user, and then applying conditional logic to interpret the results meaningfully.

Implementation Details

The program initializes variables to hold the highest and lowest values. It prompts the user repeatedly, six times, within a while loop. During each iteration, it reads the user's input, converts it to an integer, and updates the maximum and minimum values accordingly. After all inputs are collected, the program outputs the highest and lowest numbers, with supplementary messages if the maximum exceeds 50 or the minimum is below 5. This logic ensures an interactive and informative experience for the user.

Python Code

Initialize variables


count = 0


max_value = None


min_value = None


Collect six inputs using a while loop


while count 

try:


user_input = int(input(f"Enter value #{count + 1}: "))


except ValueError:


print("Invalid input. Please enter an integer.")


continue


if max_value is None or user_input > max_value:


max_value = user_input


if min_value is None or user_input 

min_value = user_input


count += 1


Output the highest value and conditional message


print(f"The highest value entered is: {max_value}")


if max_value > 50:


print("Whoa! That is a really big number!")


Output the lowest value and conditional message


print(f"The lowest value entered is: {min_value}")


if min_value 

print("Oh my! That is a very small number!")

Conclusion

This program effectively demonstrates how to gather multiple user inputs with a while loop, track extreme values in real time, and provide contextual feedback based on specific thresholds. Such implementations are essential for robust user input handling and data analysis in various applications.

References

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  • Van Rossum, G., & Drake, F. L. (2009). Python 3 Reference Manual. CreateSpace Independent Publishing Platform.
  • Beazley, D., & Jones, B. (2013). Python Cookbook. O'Reilly Media.
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  • Swaroop, C. H. (2009). A Byte of Python. https://python.swaroopch.com/
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