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10 Terms

1
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\n: What does this segment do and how does it support the purpose?

It collects user input, stores it in a list, sends it to a function, and prints the result. This starts the evaluation process.

2
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\n: Identify a list and explain how it manages complexity.

The list ecs stores input. It manages complexity by grouping responses in one structure.

3
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\n: Identify a student-developed abstraction and explain how it manages complexity.

The list ecs is a student-developed abstraction. It hides complexity by treating user input as one object passed to a function.

4
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append: What does this segment do and how does it help the program?

It takes user input and stores it in a list for later evaluation.

5
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append: Identify a list and explain how it helps manage complexity.

The list ecs holds user input. It simplifies the program by keeping all inputs in one place.

6
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append: Describe how data is passed between components.

Input is added to the list ecs, which is later passed to a function for analysis.

7
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+=1: Describe what this algorithm does (input/output).

It takes a list of activities and outputs a score based on matched keywords.

8
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+=1: Explain how your algorithm works.

It removes punctuation, splits text into words, and adds to the count when a word matches a keyword.

9
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+=1: Identify use of selection and iteration.

It uses two for loops for iteration and an if statement for selection.

10
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+=1: How does the algorithm help solve the problem?

It automates the scoring of extracurriculars by checking for strong terms.