For This Part Of The Test You Will Write The Code To Do The

For This Part Of the Test You Will Write the Code To Do the Following

For this part of the test you will write the code to do the following: The colors red, blue, and yellow are known as the primary colors because they cannot be made by mixing other colors. When you mix two primary colors, you get a secondary color: mix red and blue, you get purple; mix red and yellow, you get orange; mix blue and yellow, you get green. Write a program that prompts the user to enter the names of two primary colors to mix. If the user enters anything other than "red", "blue", or "yellow", the program should display an error message. Otherwise, the program should display the name of the secondary color that results. Turn this program code and output here. MUST BE WRITTEN IN PYTHON!

Paper For Above instruction

The primary colors of red, blue, and yellow are fundamental in the study of color theory, serving as the essential building blocks for creating a broad spectrum of other colors through mixing. This concept is crucial not only in art and design but also in various technological applications such as digital displays and printing processes. The task at hand involves creating a Python program that simulates the mixing of these primary colors to produce secondary colors, which are purple, orange, and green. This program must include input validation to handle incorrect entries gracefully, ensuring that the user is guided towards providing valid color names and thereby maintaining the integrity of the color mixing logic.

The core of the program involves prompting the user to input two primary color names. To facilitate accurate processing, the input should be normalized — for example, converting all inputs to lowercase — to minimize errors due to case sensitivity. Once the inputs are received, the program checks if both colors are valid primary colors. If either input is invalid, it should output an error message instructing the user to enter only the valid primary colors: red, blue, or yellow. If both inputs are valid, the program then determines the corresponding secondary color based on the combination links established in color theory.

The implementation employs conditional statements to evaluate the pair of colors entered. Given the commutative nature of color mixing — meaning mixing red and blue yields purple, the order of input should not matter, and the program should recognize this. Therefore, it is practical to implement the conditional logic in a way that accounts for both possible permutations of each primary color pair, ensuring accurate results regardless of input order.

Furthermore, the program should incorporate clear and user-friendly messaging, informing the user whether their input leads to a valid secondary color or if red flags are raised due to invalid entries. This integration enhances usability and makes the program educational, illustrating the basic principles of color mixing in an interactive manner.

Below is a comprehensive Python implementation of this color mixing program, demonstrating effective input validation, control structure usage, and user communication.

References

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