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Find the Original Source Behind a Research Summary
Locate one original source and identify the section needed to investigate a research question.
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Locate one original source and identify the section needed to investigate a research question.
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Resolve one reference to a matching work, record the version, and distinguish identity from content verification.
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Revise one overbroad sentence and attach a precise source location and remaining limitation.
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Write a comparison paragraph that identifies comparable conditions and leaves unresolved disagreement explicit.
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Decide whether a class, deadline, study session, or assignment belongs on a calendar, in a task list, or in both without duplicating the whole plan.
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Turn course information from a syllabus or LMS into a source-linked plain-text register of milestones, hard rules, open questions, and verification states.
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Verify course access, source files, required tools, submission paths, and recovery contacts before a new term begins.
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A calm, evidence-first protocol for protecting files, assessing damage, and choosing the next recovery step when student work breaks near a deadline.
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Use LMS alerts, clarify conflicting dates or instructions, and preserve simple evidence when a surprise course change causes a problem.
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Learn how to inspect local Git history, reflogs, and recovery copies without rewriting the repository before you know which version is correct.
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Create a small Markdown index for one course that connects source files, milestones, current status, open questions, and the next action.
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Turn a verified course milestone list into a small, reviewable reminder flow without duplicating dates across several productivity tools.
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Turn a technical incident into a small, tested improvement to your files, backups, documentation, or recovery workflow.
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Process scattered daily captures into a chronological journal, durable learning, verified claims, and correctly routed actions.
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Improve a personal agent skill from observed work, selectively adapt attributed ideas from a shared skill, and keep only revisions that pass fresh-task tests.
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Use prose, structured documents, schemas, and code to expose assumptions and make parts of AI-assisted work mechanically checkable.
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Turn one AI-generated claim into a proportionate test with explicit assumptions, independent evidence, and a bounded conclusion.
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Create a chronological record that makes setup, troubleshooting, and AI-assisted work easier to understand and verify.
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Test one small file restoration, verify its contents, and document the evidence needed for future recovery.
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Use read-only inspection, one small change, and an after-state check to make command-line work understandable.
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Build a correct mental model of the Git repository, working tree, staging area, and committed history.
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Inspect untracked, modified, staged, and unstaged changes before committing or accepting an AI edit.
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Create a small verified Git checkpoint with one logical change and a descriptive message.
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Use interpreters to discover questions, builders to find firsthand context, and primary evidence to reach a bounded conclusion about an AI claim.
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Use hints, questions, layered explanations, practice, and feedback to keep AI-assisted work centered on learning.
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Use a known–unknown–attempt record to preserve independent reasoning and ask AI a focused, verifiable question.
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Translate course-specific AI rules into clear boundaries for tutoring, substitution, disclosure, privacy, and published solutions.
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Reduce an AI request to the minimum permitted evidence, replace real values when possible, and stop when sanitization cannot protect the material.
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Use a small set of prompt patterns for hints, investigation, explanation, tests, reasoning review, quizzes, and manual verification.
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Capture a successful AI-assisted task as a durable record of the problem, reasoning, commands, risks, and verification.
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Give an AI coding agent a clear outcome, exact scope, authority boundary, success criteria, and evidence requirements for one reviewable change.
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Compare agent skills on a safe task, adapt only what fits your workflow, and keep the source, permissions, and rollback path visible.
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Evaluate which parts of an AI-supported mastery model merit a bounded school pilot without treating one private school as proof for an education system.
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Build a scheduled, low-noise routine that turns relevant AI updates into verified decisions instead of continuous news consumption.
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Turn an AI-assisted result into a verified asset that works independently of the original conversation.
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Recognize repeated multi-step agent work that belongs in a tested skill with instructions, references, scripts, and a defined output.
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Turn a stable manual workflow into documented, verified automation with monitoring and a recovery path.
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Write observable success criteria for scope, behavior, tests, documentation, and delivery before beginning a project.
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Debug with a reproducible cycle of observation, reduction, hypothesis, experiment, and verification.
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Design a small meaningful test set covering normal behavior, important boundaries, and invalid inputs.