Job Requirements Matrix: Specific Tasks And Dimensions

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Design a program that will allow a user to input a list of their family members along with their age and state, then determine and output the average age of the family and list members residing in Tennessee. The program should prompt the user for the number of family members, accept their names, ages, and states, and store this information in arrays. It will then calculate the average age by summing all ages and dividing by the total number of members. Additionally, it should identify and print the names of family members who live in Tennessee. The output includes the average age and the names of all Tennessee residents. The program involves user input collection, array storage, iteration for calculations and filtering, and formatted output display.

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The task involves developing an interactive program that facilitates inputting demographic details of a family and subsequently performing analysis on this data, specifically calculating the average age and identifying members from Tennessee. This problem exemplifies common programming concepts such as data collection, array manipulation, iteration, condition checking, and output formatting, and is well-suited to educational settings demonstrating the basics of programming logic and control flow.

The primary goal of this program is to help users manage familial data quickly and efficiently. The process begins by prompting the user to specify the total number of family members whose information they will input. Based on this number, the program creates arrays for storing names, ages, and states, ensuring each data point for a family member is accessible through corresponding array indices. This design supports flexible input for any family size, making the program scalable and adaptable.

Once the arrays are initialized, the program enters a data collection phase where it iterates over the number of family members, prompting for and recording each person's name, age, and state. During this loop, the program accumulates the total age to facilitate later calculation of the average. It also records each individual’s details in the respective arrays, maintaining alignment for subsequent operations.

After data input, the program proceeds to analyze the collected data. It calculates the total sum of ages accumulated during input and computes the average age by dividing this sum by the number of family members. This process exemplifies simple arithmetic operations and demonstrates how to process array data efficiently.

Simultaneously, the program identifies which family members reside in Tennessee. It iterates through the state array, checking for the matching string "Tennessee". When a match is found, it outputs the corresponding name from the name array. This filtering process demonstrates conditional logic and reinforces understanding of array traversal and string comparison in programming.

The final output presents the computed average age clearly and lists all family members living in Tennessee. These outputs provide practical insights into data processing and presentation, crucial skills in software development and data analysis. The program's modular structure, with separate functions for input collection and data display, promotes good coding practices such as modularity, reusability, and clarity.

This problem not only tests fundamental programming skills but also encourages the development of user-friendly interfaces and data management strategies. By engaging with such tasks, students and developers can strengthen their understanding of key concepts such as arrays, loops, conditionals, and input/output handling. Moreover, this implementation showcases how simple programs can solve real-world problems through logical and structured coding techniques.

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