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CogniGuide

Instant AI Physics Quiz Generator: Convert PDFs to Exams

Stop manually creating test banks. Simply upload your physics documents, lecture slides, or images, and watch our AI instantly generate targeted, high-quality practice quizzes based strictly on your source material.

No credit card required

Trusted by learners from top universities

University of California, BerkeleyUniversity of MichiganGeorgetown UniversityUniversity of Southern CaliforniaUniversity of Wisconsin-MadisonUniversity of Illinois Urbana-Champaign

Transform Your Study Materials into Powerful Assessments

Leverage cutting-edge AI to create practice tests that perfectly match the rigor and scope of your specific physics coursework.

Upload Anything, Test Everything

Convert PDFs of complex lecture notes, DOCX summaries, or even PowerPoint slides detailing core physics concepts directly into structured assessment items.

Expert Question Generation & Insight

Receive multiple-choice questions crafted by AI, complete with thorough explanations for every option, reinforcing active recall and deep understanding of physical laws.

Seamless Export for Any Assessment Style

Practice interactively to simulate real exam conditions, or export your finalized physics quiz in formats like PDF, Word, QTI 2.1, or Moodle XML for external use.

Generate Your Custom Physics Practice Test in Three Steps

From scattered notes to a comprehensive, graded assessment—the process is fast, reliable, and precise.

  1. 1

    1. Input Your Physics Source Material

    Upload PDFs of your course syllabus, textbook chapters, or specific problem sets, or input a detailed prompt about the physics topic (e.g., Advanced Thermodynamics).

  2. 2

    2. AI Extracts & Builds the Assessment

    Our specialized AI processes the uploaded content, identifies core concepts, equations, and methodologies, and instantly engineers comprehensive multiple-choice questions.

  3. 3

    3. Practice, Review, and Export

    Take the resulting quiz in interactive mode with immediate feedback on correct answers and detailed explanations, or export the validated test for offline study or LMS upload.

Why AI-Generated Physics Quizzes Outperform Generic Tests

Creating effective physics practice requires assessment material aligned perfectly with your study sources. Generic online quizzes often miss the specific context, equations, or depth required by your instructor.

  • Personalized assessment derived directly from your notes.
  • Guaranteed relevance to your syllabus scope.
  • Focus on both conceptual understanding and formula application.

Our AI tool ensures your generated physics quiz directly reflects the complexity and terminology present in your uploaded documents, simulating true, high-stakes exam preparation conditions.

Frequently Asked Questions about Document-to-Quiz Generation

Get clarity on how our AI processes your physics study aids.

How does the AI generate accurate questions from my physics PDF?

The AI analyzes the text structure, headings, equations, and diagram captions within your document to identify key learning objectives and underlying principles, synthesizing challenging, context-aware multiple-choice questions based on that explicit evidence.

What types of files can I upload for physics quiz generation?

You can upload standard study materials including PDF, DOCX, and PowerPoint files. You can also input plain text or use a detailed prompt describing the exact physics topic you need tested.

Can I export the generated physics quiz for offline use or import into an LMS?

Yes. We support robust exporting options, including standard PDF and Word (DOCX) files, as well as specialized educational formats like QTI 2.1 and Moodle XML, ensuring compatibility with most learning platforms.

Is there a free version available to try creating a physics quiz?

Yes, the basic version of our tool is free to use, allowing you to test the input process and generate a limited number of quizzes to verify the quality before considering our paid plan for higher volume and advanced model access.