---
title: "AP CSP Practice 6: Responsible Computing Study Guide"
description: "Learn AP Computer Science Principles Practice 6: Responsible Computing, including collaboration, safe device use, and crediting the work of others."
canonical: "https://fiveable.me/ap-comp-sci-p/computational-thinking-practices/practice-6-responsible-computing/study-guide/eGwL48W5kywOtEOBhAFU"
type: "study-guide"
subject: "AP Computer Science Principles"
unit: "**Computational Thinking Practices"
lastUpdated: "2026-06-17"
---

# AP CSP Practice 6: Responsible Computing Study Guide

## Summary

Learn AP Computer Science Principles Practice 6: Responsible Computing, including collaboration, safe device use, and crediting the work of others.

## Guide

## Overview

[AP Computer Science Principles](/ap-comp-sci-p "fv-autolink") Practice 6: Responsible Computing is the computational thinking practice that asks you to contribute to a computing culture that is inclusive, safe, collaborative, and ethical. In practice, this means you work well with others on solutions, you use safe and secure habits with [computing devices](/ap-comp-sci-p/key-terms/computing-devices "fv-autolink"), and you give credit to the people whose work you use.

This practice is different from the others. It is not directly tested on the multiple-choice section, and it is not scored through a standalone written response on the exam. Instead, it shapes how you actually work throughout the course, especially during your [Create performance task](/ap-comp-sci-p/key-terms/create-performance-task "fv-autolink") and any team projects. Think of it as the habits that make your computing work trustworthy and your [collaboration](/ap-comp-sci-p/unit-1/collaboration/study-guide/3a4PT1Lq1XBH8u3Nnb7V "fv-autolink") effective.

## What Practice 6: Responsible Computing Means

The official grouping description is short and clear: contribute to an inclusive, safe, collaborative, and ethical computing culture. That breaks down into three skills:

- **6.A:** Collaborate in the development of solutions.
- **6.B:** Use safe and secure methods when using computing devices.
- **6.C:** Acknowledge the [intellectual property](/ap-comp-sci-p/key-terms/intellectual-property "fv-autolink") of others.

All three are about behavior and judgment, not about converting [binary](/ap-comp-sci-p/unit-2/review/study-guide/YlNeQAM5snCDFEtp0CGd "fv-autolink") or tracing code. They describe how a responsible person builds and uses technology with other people in mind.

## What This Practice Requires

Here is what each skill expects from you.

**6.A: Collaborate in the development of solutions**

- Work with teammates in a way that gives everyone equal participation and voice.
- Bring in different perspectives so a solution meets the needs of more users.
- Share roles, give and receive feedback, and build on each other's contributions.
- Effective collaboration is more than dividing up tasks. It means the group actually shapes the solution together.

**6.B: Use safe and secure methods when using computing devices**

- Protect [personally identifiable information](/ap-comp-sci-p/unit-5/safe-computing/study-guide/zMi0PutBHnDjIlOB5lMs "fv-autolink") such as your name, age, address, or account details.
- Use strong, secure login practices and avoid risky behaviors like clicking suspicious links.
- Recognize threats like [phishing](/ap-comp-sci-p/key-terms/phishing "fv-autolink") and protect accounts and [data](/ap-comp-sci-p/unit-2/extracting-information-data/study-guide/EFuLgc6tL71cegDFjXRl "fv-autolink") when working on devices and networks.

**6.C: Acknowledge the intellectual property of others**

- Credit any code, images, sound, text, or ideas that come from someone [else](/ap-comp-sci-p/unit-3/conditionals/study-guide/JAgsZEPFqWJchRBqrX1O "fv-autolink").
- Respect copyright and licensing when you reuse material.
- Document your sources clearly so it is obvious what is yours and what came from others.

## Skills You Need for This Practice

You do not need new programming [syntax](/ap-comp-sci-p/key-terms/syntax "fv-autolink") for Practice 6. You need professional habits:

- **Communication.** Explain ideas, listen to teammates, and resolve disagreements about a design.
- **Attribution.** Keep track of where each piece of borrowed material came from and cite it.
- **Security awareness.** Know how phishing, weak passwords, and shared accounts create risk, and avoid those traps.
- **Inclusive thinking.** Consider users with different backgrounds, abilities, and [access](/ap-comp-sci-p/unit-5/digital-divide/study-guide/cPITNOBetOdsC1E7wfig "fv-autolink") so your solution works for more people.

These connect tightly to ideas from [Unit 1](/ap-comp-sci-p/unit-1 "fv-autolink") (Collaboration) and Unit 5 (Safe Computing and [Legal and Ethical Concerns](/ap-comp-sci-p/unit-5/legal-ethical-concerns/study-guide/dAf2KQxLsqwN3aEvajq0 "fv-autolink")).

## How It Shows Up on the AP Exam

Per the CED, Practice 6 does not apply to the multiple-choice questions and does not apply to a directly scored free-response skill. So you will not see a question labeled "6.A" or "6.C" on the exam.

That said, responsible computing still matters in two real ways:

- **Create performance task.** Throughout the course you develop a [program](/ap-comp-sci-p/unit-1/program-function-purpose/study-guide/8hL8KatG4rAWTwZSglGB "fv-autolink"), often in a collaborative setting, and you create a Personalized Project Reference. Crediting any borrowed code or media and documenting your own contributions reflects 6.C and 6.A in action. (This is practical advice about good habits, not a claim about specific scoring rules.)
- **Related tested topics.** While Practice 6 itself is not tested, the multiple-choice section does assess closely related Unit 5 content under other practices. For example, questions about phishing, [multifactor authentication](/ap-comp-sci-p/key-terms/multifactor-authentication "fv-autolink"), and data privacy fall under skill 5.E and 5.D, and they test the same safe-computing ideas you practice under 6.B.

## Examples Across the Course

Responsible computing connects to many parts of the course. Here are varied examples.

| Course area | Connection to Practice 6 |
|:---|:---|
| Unit 1: Collaboration | A team designs a program together, gathering input from people with different backgrounds so the design meets more users' needs (6.A). |
| Unit 5: Safe Computing | A user receives an email that looks like it is from a smart device manufacturer asking them to confirm a password by clicking a link. Recognizing this phishing attempt is exactly the safe behavior 6.B promotes. |
| Unit 5: Safe Computing | Setting up multifactor authentication, such as a password plus a code sent to your email, protects an account. This is the secure-method mindset of 6.B. |
| Create performance task | You reuse an image or a code snippet and add a clear citation in your project. That is 6.C, acknowledging intellectual property. |
| Unit 5: Legal and Ethical Concerns | A call system stores customers' personal information in a database. Thinking about how that data could be exposed if accessed by an unauthorized individual reflects the privacy awareness behind 6.B. |

Notice how these span team projects, the [performance task](/ap-comp-sci-p/ap-computer-science-principles-exam/performance-task/study-guide/ap-comp-sci-p-performance-task "fv-autolink"), and impact-of-computing topics, not a single unit.

## How to Practice Practice 6: Responsible Computing

Try these habits during class and project work:

- **Set group norms early.** Agree on roles, deadlines, and how decisions get made so everyone participates.
- **Keep a sources log.** Every time you borrow code, an image, or a sound, write down where it came from and its license.
- **Add [comments](/ap-comp-sci-p/key-terms/comments "fv-autolink") and credits in your code.** Note which parts you wrote and which came from others.
- **Use secure logins.** Choose strong passwords, enable multifactor authentication when available, and never share account credentials.
- **Pause before clicking.** Treat unexpected emails or links asking for personal information as possible phishing.
- **Protect personal data.** Avoid posting your address, age, or other identifying details in projects or online accounts you use for class.

## Common Mistakes

- **Treating collaboration as splitting up work.** Dividing tasks is not the same as collaborating. The goal is shared input and equal voice.
- **Forgetting to credit borrowed material.** Using an image or snippet without attribution ignores 6.C. Always cite.
- **Assuming privacy is automatic.** Storing personal data creates risk. Responsible computing means thinking about how that data could be exposed.
- **Confusing security features.** Locking an account after too many wrong passwords is a protection, but it is not multifactor authentication. Multifactor requires two different types of verification, such as a password plus a code or fingerprint.
- **Expecting Practice 6 on the multiple-choice section.** It is not directly tested there, so do not look for "6.A" style questions. Focus instead on building the habits.

## Quick Review

- Practice 6 is about contributing to an inclusive, safe, collaborative, and ethical computing culture.
- **6.A** = collaborate genuinely, with equal voice and diverse perspectives.
- **6.B** = use safe, secure methods, including protecting personal data and recognizing threats like phishing.
- **6.C** = acknowledge the intellectual property of others by citing sources and respecting copyright.
- It does not apply to multiple-choice or to a directly scored free-response skill, but related ideas appear in Unit 5 under skills like 5.D and 5.E.
- These habits show up most clearly in collaborative projects and in how you document and credit work in the Create performance task.