On this page, you’ll find a button granting complete access to the GRE Physics practice test. Directly beneath, you will encounter an extensive practice test, carefully crafted for your examination. Engaging with these materials empowers you to recognize your strengths, pinpoint areas needing improvement, and customize your study strategy to suit your needs.
To further refine your preparation, especially in segments that demand extra focus, we have thoughtfully designed specialized quizzes. Each quiz is specifically aimed at different elements of the GRE Physics exam, offering a targeted and effective approach to your study routine.
GRE Physics Domain Exams
The GRE Physics exam is designed to test the extent of your understanding and knowledge in the field of physics. The test contains approximately 100 five-choice questions, which are intended to measure the test taker’s ability to understand, interpret, and apply fundamental physics principles. The content of the exam is distributed across nine major topics, each contributing a certain percentage to the total number of questions.
Here’s a breakdown of the different areas:
Domain 1: Classical Mechanics
- Exam percentage: 20%
- Number of questions: 20
- Focus: This section includes Newton’s laws, kinematics, dynamics, energy and momentum, rotational motion, harmonic motion, gravity, and other mechanics concepts.
Domain 2: Electromagnetism
- Exam percentage: 18%
- Number of questions: 10
- Focus: Topics include electrostatics, currents and DC circuits, magnetic fields in free space, Lorentz force, induction, Maxwell’s equations and their applications, and other electromagnetic concepts.
Domain 3: Optics and Wave Phenomena
- Exam percentage: 8%
- Number of questions: 8
- Focus: This smaller section includes topics like wave properties, superposition, interference, diffraction, geometrical optics, polarization, and the Doppler effect.
Domain 4: Thermodynamics and Statistical Mechanics
- Exam percentage: 10%
- Number of questions: 10
- Focus: This area comprises the laws of thermodynamics, thermodynamic processes, equations of state, kinetic theory, ensembles, statistical concepts, and applications.
Domain 5: Quantum Mechanics
- Exam percentage: 13%
- Number of questions: 13
- Focus: Topics include fundamental concepts, solutions of the Schrödinger equation (including square wells, harmonic oscillators, and hydrogenic atoms), spin, angular momentum, wave function symmetry, elementary perturbation theory, and more.
Domain 6: Atomic Physics
- Exam percentage: 10%
- Number of questions: 10
- Focus: This section includes properties of electrons, the Bohr model, energy quantization, atomic structure and spectra, x-rays, and various atomic phenomena.
Domain 7: Special Relativity
- Exam percentage: 6%
- Number of questions: 6
- Focus: This section covers topics like inertial frames, simultaneity, time dilation, length contraction, Lorentz transformation, energy and momentum, and four-vectors and relativistic invariants.
Domain 8: Laboratory Methods
- Exam percentage: 6%
- Number of questions: 6
- Focus: This section includes topics on data and error analysis, electronics, instrumentation, radiation detection, counting statistics, and interaction of charged particles, photons, and neutrons with matter.
Domain 9: Specialized Topics
- Exam percentage: 9%
- Number of questions: 9
- Focus: This section covers a wide range of topics, including nuclear and particle physics, condensed matter, astrophysics, and other specialized physics content.
| Area | % of Exam | # of Questions | Focus |
|---|---|---|---|
| Classical Mechanics | 20% | 20 | Inertial frames, Lorentz transformation, energy, and momentum |
| Electromagnetism | 18% | 18 | Electrostatics, circuits, magnetic fields, Maxwell’s equations |
| Optics and Wave Phenomena | 8% | 8 | Wave properties, interference, diffraction, polarization |
| Thermodynamics and Statistical Mechanics | 10% | 10 | Laws of thermodynamics, kinetic theory, statistical concepts |
| Quantum Mechanics | 13% | 13 | Schrodinger equation, quantum theory, atomic structure |
| Atomic Physics | 10% | 10 | Electron properties, Bohr model, atomic spectra |
| Special Relativity | 6% | 6 | Inertial frames, Lorentz transformation, energy and momentum |
| Laboratory Methods | 6% | 6 | Data analysis, electronics, radiation detection |
| Specialized Topics | 9% | 9 | Nuclear physics, condensed matter, astrophysics |
Additional Points to Consider:
- Scoring: The GRE Physics exam is scored on a scale of 200 to 990, in 10-point increments.
- Duration: The test is 2 hours and 50 minutes long.
- Preparation: Familiarize yourself with the test format, practice with sample questions, and review topics thoroughly.
- Resources: Official study guides, practice tests, and additional resources are available through the Educational Testing Service (ETS) and various educational platforms.
GRE Physics Exam Breakdown
The GRE Physics Test is a standardized exam that is often a required or recommended part of the application process for graduate physics programs in the United States and other countries. It is designed to test the extent of the test taker’s understanding of undergraduate physics principles and their ability to apply these concepts to solve specific problems. The test is administered by the Educational Testing Service (ETS).
Breakdown of the GRE Physics Exam:
- Content and Structure:
- The test consists of approximately 100 multiple-choice questions.
- You are allotted 170 minutes to complete the exam.
- The questions cover a broad range of topics from undergraduate physics courses.
- Topics Covered:
- Classical Mechanics: 20%
- Electromagnetism: 18%
- Optics and Wave Phenomena: 9%
- Thermodynamics and Statistical Mechanics: 10%
- Quantum Mechanics: 12%
- Atomic Physics: 10%
- Special Relativity: 6%
- Laboratory Methods: 6%
- Specialized Topics: 9% (including nuclear and particle physics, condensed matter physics, astrophysics, etc.)
- Scoring:
- Scores range from 200 to 990, in 10-point increments.
- The score reflects the number of correct answers minus a fraction for incorrect answers (to correct for random guessing).
- Preparation Tips:
- Review undergraduate physics textbooks and lecture notes.
- Solve past exam papers and practice questions to get familiar with the format and style of questions.
- Time management is crucial; practice under timed conditions.
How to Become GRE Physics Certified
To become GRE Physics certified, you typically need to prepare for and pass the GRE Physics Test, a specialized examination administered by the Educational Testing Service (ETS).
Here’s a step-by-step guide to help you through the process:
- Understand the Test Format and Content: The GRE Physics Test consists of 100 multiple-choice questions covering the full range of undergraduate physics, including some additional topics. It’s a paper-based test administered at certified testing centers, usually on a Saturday morning. You have 170 minutes (2 hours and 50 minutes) to complete it, which averages to about 1 minute and 42 seconds per question. The questions aim to assess your understanding of fundamental physics principles and your ability to apply them to problem-solving.
- Create a Study Plan: Develop a study plan that allows you to cover all the topics thoroughly. It’s advisable to start studying early, as understanding the breadth of physics covered in the test takes time. Begin with a practice test to identify your strengths and weaknesses, then tailor your study plan to focus more on areas where you need improvement.
- Gather Study Materials: Collect all the necessary study materials, including textbooks, practice tests, and other resources. Official GRE prep materials from ETS are highly recommended, as they offer a realistic insight into the test’s format and types of questions. You might also consider additional resources like The Princeton Review’s “Cracking the GRE” edition for a more comprehensive preparation.
- Review Undergraduate Course Materials: The test covers a wide range of undergraduate physics topics. It’s crucial to review all your course materials thoroughly, focusing on core areas such as mechanics, electromagnetism, atomic physics, and special relativity, among others.
- Practice Regularly: Regular practice is key to success in the GRE Physics Test. Take timed practice tests to get used to the pace of the real exam and to improve your test-taking strategy. Review your answers, especially the incorrect ones, to understand your mistakes and avoid them in the future.
- Register for the Test: Once you feel prepared, register for the test at ETS. Make sure to check the registration deadlines and available test dates to choose a date that gives you ample time for preparation.
- Take the Test: On the test day, ensure you arrive at the testing center early with all the required identification and materials. Stay calm and manage your time efficiently during the test.
After the test, your scores will be processed and sent to the graduate programs you’ve applied to. Remember, a good GRE Physics score can significantly enhance your graduate school application, especially if you’re considering a master’s degree or a Ph.D. in physics.
Our Experience Teaching GRE Physics Candidates To Pass The Exam
The creation of the GRE Physics practice tests at Career Employer has been a dynamic and enriching process, filled with achievements and valuable insights. Influenced by the wide range of subjects encompassed in the exam and the unique needs of our students, we meticulously crafted each aspect of our methodology. We aimed to thoroughly prepare each learner for success in the exam. This commitment is evident in the comprehensive and detailed nature of our educational resources, reflecting our dedication to providing a thorough and varied learning experience.
Teaching GRE Physics is a multifaceted task that requires a deep understanding of the subject matter and a keen awareness of the specific challenges and objectives that students face when preparing for this standardized test. From a lecturer’s perspective, the primary goal is to equip students with the necessary knowledge and problem-solving skills, while also fostering a deep understanding of fundamental physics concepts.
Key aspects of teaching GRE Physics include:
- Comprehensive Content Coverage: The GRE Physics test covers a wide range of topics, from classical mechanics to quantum mechanics and special relativity. Lecturers must ensure that their teaching materials are comprehensive and aligned with the test’s content specifications.
- Problem-Solving Skills: The test is heavily focused on problem-solving. Lecturers should provide ample practice problems and guide students through the problem-solving process, highlighting common pitfalls and effective strategies.
- Test-Taking Strategies: Beyond physics knowledge, success in the GRE Physics test also depends on test-taking skills. Lecturers should teach students strategies for time management, question selection, and educated guessing.
- Regular Assessment and Feedback: Regular quizzes and mock tests can help track progress and identify areas where students need additional support. Detailed feedback is crucial for helping students improve.
- Resource Provision: Providing students with high-quality resources is essential. This includes textbooks, problem sets, and online resources. Some valuable resources include:
- Textbooks: “Fundamentals of Physics” by Halliday, Resnick, and Walker, and “University Physics” by Young and Freedman are comprehensive resources that cover most of the topics in the GRE Physics syllabus.
- Practice Books: Books specifically designed for GRE Physics, like “Conquering the Physics GRE” by Kahn and Anderson, offer targeted practice problems and test-taking strategies.
- Online Resources:
- Physics GRE Prep: A website dedicated to preparing for the GRE Physics test, offering study guides, practice problems, and test-taking tips.
- GRE Physics Practice Exams: Official practice exams from ETS, the organization that administers the GRE.
- HyperPhysics: An online resource that provides concise explanations of physics concepts, which can be useful for quick reviews.
- Interactive Learning: Engaging students through interactive lectures, group discussions, and hands-on problem-solving sessions can enhance understanding and retention of complex concepts.
- Personalization: Recognizing that students have different strengths and weaknesses, a lecturer should be prepared to offer personalized guidance and additional resources to support individual learning paths.
At Career Employer, the GRE Physics certification practice test is a testament to the meticulous efforts of our expert team, renowned for their deep understanding and vast experience in GRE Physics exam preparation. Their profound knowledge has been instrumental in guiding over 1000 physics tutors to pass the official GRE Physics certification exam successfully.
Our team is an ensemble of extraordinarily talented physics instructors, each with a minimum of a decade’s worth of dedicated experience in general physics. This wealth of expertise is the cornerstone of our robust and effective training program, ensuring unparalleled guidance for aspiring educators.
Effective Study Strategies and Methods
Preparing for the GRE Physics exam can be a rigorous process, but using effective study strategies can make your preparation more efficient and fruitful. Here are some of the most effective study strategies specifically tailored for the GRE Physics exam:
- Start Early and Use the Right Materials:
- Begin your preparation early and register for the GRE general test at ETS.
- For the general GRE, use the latest edition of The Princeton Review’s Cracking the GRE. It’s crucial to have the most up-to-date material as ETS periodically updates the test content.
- Understand the Nature of the Physics GRE:
- The Physics GRE is more challenging and requires a variety of sources for preparation.
- Focus on solving and understanding the 500 practice problems available online. Speed and familiarity with the types of questions are crucial.
- Memorize recurring formulas and seek faster methods to solve problems, leveraging physical intuition and limits.
- Practice Intensively:
- Prioritize writing practice tests and review questions.
- Don’t rely heavily on official preparation books as the Physics GRE covers a vast array of topics.
- Ensure you can quickly solve all 500 practice questions, as recent tests tend to resemble past ones closely.
- Timing and Strategy:
- Consider taking the April test to allow a retake in October if necessary.
- Focus more on the most recent practice tests if time is limited.
- Utilize the online solutions and read comments for insights on quicker problem-solving methods.
Additional strategies:
- Understand the Exam Format and Content: Familiarize yourself with the types of questions, subjects covered, and the format of the exam. The ETS (Educational Testing Service) provides a free practice book that gives a detailed overview of the contents and structure of the exam.
- Create a Study Plan: Develop a study schedule that covers all the topics. Allocate more time to topics that are your weakest. Make sure your plan includes regular review sessions for previously studied material to aid retention.
- Use Quality Study Materials: Invest in reputable study guides and textbooks. Some highly recommended resources include ‘Conquering the Physics GRE’ by Yoni Kahn and Adam Anderson, and ‘Fundamentals of Physics’ by Halliday, Resnick, and Walker for conceptual understanding.
- Practice with Actual GRE Physics Questions: Practicing with real exam questions can give you a feel for the type and difficulty of the questions you’ll encounter. The ETS practice book contains actual past GRE Physics questions. Online, resources like PhysicsGRE.com offer forums where past test takers discuss questions and strategies.
- Focus on Problem-Solving Skills: The GRE Physics exam is less about memorization and more about applying concepts to solve problems. Regularly practice problems from various topics to enhance your problem-solving skills.
- Join Online Forums and Study Groups: Engaging with peers can provide moral support and expose you to different problem-solving techniques. Forums such as PhysicsGRE.com, and the ‘Physics GRE Discussion’ group on Facebook are platforms where you can discuss problems, clarify doubts, and share resources.
- Regularly Take Full-Length Practice Tests: Simulate real exam conditions by taking full-length practice tests. This will not only familiarize you with the stamina needed for the test but also help you manage your time effectively during the actual exam.
- Review and Analyze Practice Test Results: Carefully review your answers to practice tests. Understanding why you got a question wrong is crucial for preventing similar mistakes in the future.
- Seek Feedback: If possible, have a mentor or a teacher review your progress and provide feedback. They might offer insights that you hadn’t considered and suggest additional resources to improve your understanding.
- Take Care of Your Health: Lastly, ensure you’re getting enough sleep, eating healthily, and taking time to relax. Your physical and mental well-being can significantly impact your studying efficiency and exam performance.
Additional Resources:
- Request free flashcards from Case Western Reserve University by emailing physicsgreflashcards@phys.cwru.edu.
- Review formula sheets from reliable sources like Steven J. Byrnes of Harvard and the Harvard Society of Physics Students.
- Engage with online forums and pages like PhysicsGRE.com and advice pages from individuals like Alex Lang of BU and DJ Strouse of Princeton for community support and additional tips.
While I couldn’t fetch the URLs directly due to a technical issue, the resources and forums mentioned (like PhysicsGRE.com, the ETS practice book, and the Facebook group) can be easily found with a quick online search. Remember, the key to excelling in the GRE Physics exam is consistent and focused preparation.
Cost
| Expense Category | Cost | Details |
|---|---|---|
| Test Registration Fee | USD 150 | Fee for registering for the GRE Physics Subject Test. |
| Study Materials & Courses | USD 20 – 200+ | Cost for self-study materials or enrollment in preparation courses. |
| Practice Tests | USD 20 – 100+ | Cost for additional practice tests, if required. |
| Rescheduling/Late Registration Fee | USD 50 each | Additional fees for rescheduling the test or late registration. |
| Additional Score Reports | USD 27 per recipient | Fee for sending scores to more than four schools. |
| Score Review for Subject Tests | USD 50 | Fee for reviewing or re-evaluating test scores after the exam. |
Here is a general breakdown of the costs associated with taking the GRE Physics exam. specific fees may vary slightly depending on the location and the specific services you choose:
- Test Registration Fee: The GRE Subject Test fee is generally around USD 150. This fee is for the test registration itself.
- Study Materials and Preparation Courses: Costs can vary widely depending on the resources you choose. Self-study materials such as books and online resources may range from USD 20 to 200. Preparation courses, if you choose to enroll in one, can be significantly more expensive, potentially ranging from a few hundred to a few thousand dollars.
- Practice Tests: Some practice tests are available for free, but more comprehensive or specialized practice materials can cost anywhere from USD 20 to 100+.
- Rescheduling or Late Registration Fees: If you need to reschedule your test or register late, ETS (the organization that administers the GRE) typically charges additional fees for these services. These can be around USD 50 for late registration and $50 for rescheduling, though exact amounts can vary.
- Additional Score Reports: You get to send your scores to up to four graduate programs or business schools for free with your test fee. If you want to send your scores to more than four schools, there’s a fee for each additional score report, generally around USD 27 per recipient.
- Post-Exam Services: If, after taking the exam, you decide to review your scores or have them re-evaluated, additional fees apply. For example, the Score Review for the Subject Tests costs around USD 50.
Remember, these are estimated costs and the actual amount may vary based on your specific circumstances and choices. It’s also worth noting that prices may have changed since my last update, so I would recommend checking the official ETS website or contacting the institution directly for the most accurate and current information.
Reliable Study Materials and Resources
To effectively prepare for the GRE Physics certification exam, consider utilizing a combination of reputable resources:
- ETS Official GRE Preparation: As the official body behind the GRE, ETS provides valuable materials, including practice books for each GRE Subject Test. Their resources are designed to closely match the actual exam in terms of content and format.
- PrepScholar: PrepScholar offers a comprehensive GRE prep program. It provides a detailed, minute-by-minute study guide and is particularly beneficial for students who need help organizing their study schedule or who are unsure about what to study.
- Physics GRE Resources by Society of Physics Students: This resource recommends practicing with a focus on speed and time management, crucial for the actual exam setting.
- Kaplan Test Prep – Kaplan provides free GRE prep resources and study tips to help you enhance your preparation. They offer a variety of materials to suit different study needs.
- Varsity Tutors: They offer GRE Physics prep solutions, study tips, and free GRE Subject Test: Physics practice tests. This can be a great way to familiarize yourself with the test format and types of questions.
- BrightLink Prep: They recommend several books for GRE Physics Subject Test preparation, including “Conquering the Physics GRE” and “Fundamentals of Physics”.
- Magoosh: Known for their high-quality study materials, Magoosh offers top free GRE resources and study materials. They provide a realistic feel for the content and format of the GRE.
- Physics Forums: Engaging with a community of learners can be incredibly beneficial. Physics Forums provide various resources, including study guides and practice tests, and allow you to discuss and clarify doubts with peers and experts.
The following additional resources are highly recommended.
- Conquering the Physics GRE by Yoni Kahn: A complete review of all topics tested on the Physics GRE. It includes tips, strategies, and 3 full-length practice tests.
- Schaum’s 3,000 Solved Problems in Physics: Offers 3,000 solved problems with step-by-step solutions. Covers almost all GRE physics topics with clear diagrams and illustrations.
- Fundamentals of Physics by David Halliday: A classic book with clear explanations of fundamental physics concepts. Includes problem-solving tactics and thousands of end-of-chapter problems.
- Introduction to Special Relativity: Provides an in-depth study of special relativity, a topic tested on the GRE physics. Features concise explanations and examples suitable for self-study.
- Classical Electromagnetism by Jerrold Franklin: Focuses on electromagnetism topics, making up nearly 20% of GRE Physics topics. Contains all topics as outlined on the ETS website.
- Sears and Zemansky’s University Physics by Young and Freedman: Ideal for brushing up on undergrad physics topics. It Offers complete coverage of all topics tested on GRE physics.
- University of Chicago Graduate Problems in Physics with Solutions: Provides a practical understanding of GRE physics in problem-solving. It Covers a broad range of topics with clear and detailed answer explanations.
- Sterling Test Prep Physics GRE Practice Questions: Offers more than 1300 high yield physics practice questions. It Includes 12 diagnostic tests and topical practice question sets.
- Princeton Problems in Physics with Solutions: Ideal for grasping GRE physics concepts through solved problems. It Features hundreds of useful problems with detailed solutions.
- GRE Physics w/ CD by REA: Contains a thorough review of all GRE Physics topics. It Includes four full-length practice tests.
These resources provide a comprehensive approach to mastering the GRE Physics subject test, offering a mix of theoretical knowledge, practical problem-solving, and ample practice opportunities.
Tips for Exam Day
To excel on the GRE Physics exam, it’s essential to adopt a strategic approach, not just during your preparation but also on the exam day itself. Here are some expert tips:
- Understand the Format: Familiarize yourself with the exam structure, types of questions, and the scoring system. Knowing what to expect can significantly reduce anxiety and help you manage your time effectively during the exam.
- Strategic Studying: Given the breadth of topics covered in the GRE Physics, prioritize subjects where you can gain the most points. Focus on your strengths and ensure you have a good grasp of the fundamental concepts.
- Practice with Purpose: Regularly take practice tests under timed conditions. This will not only help you gauge your preparation level but also make you comfortable with the pace you need to maintain during the actual exam.
- On the Exam Day:
- Rest Well: Ensure you get a good night’s sleep before the exam. A well-rested mind is crucial for focus and memory recall.
- Healthy Breakfast: Have a nutritious breakfast. Avoid heavy, greasy foods that might make you feel sluggish.
- Arrive Early: Get to the test center early to avoid any last-minute stress and to give yourself time to relax and mentally prepare.
- Manage Your Time: Keep an eye on the clock, but don’t rush. Allocate your time wisely, perhaps spending less time on questions that seem easy to you and more time on the challenging ones.
- Stay Calm and Positive: Maintain a positive attitude. If you encounter a difficult question, don’t let it unsettle you. Move on and come back to it if time permits.
Remember, thorough preparation combined with a strategic approach to the exam can significantly enhance your performance. It’s also beneficial to visit forums and websites dedicated to the GRE Physics for more personalized advice and experiences from those who have taken the exam.
Post-Exam: Next Steps
After completing the GRE Physics exam, it’s essential to strategically navigate your next steps, focusing on both the results and your future academic and career paths. Here’s a comprehensive strategy based on insights from experts in the field:
- Reflect on the Exam Experience: Reflect on the exam process. Consider what went well and what could have been improved. This reflection is not just about the content but also about your test-taking strategies and time management.
- Review and Analyze Performance: Once you receive your scores, analyze them in the context of the schools or programs you’re aiming for. Understand how your scores fit into the admission requirements of your target institutions.
- Plan for a Possible Retake: If your score didn’t meet your expectations or the requirements of your desired programs, consider preparing for a retake. The American Physical Society (APS) provides an interactive webinar featuring Yoni Kahn, co-author of “Conquering the Physics GRE,” which offers insights and strategies for tackling the exam effectively.
- Deep Dive into Concepts: Regardless of whether you plan a retake, it’s beneficial to solidify your understanding of key physics concepts. The GRE Physics subject test covers a broad spectrum of topics, so a thorough understanding of each is crucial. From classical mechanics to modern physics and laboratory methods, ensure you have a solid grasp of each domain.
- Access Official Preparation Materials: Leverage official preparation materials provided by the Educational Testing Service (ETS), such as practice books for each GRE Subject Test. These materials contain full-length tests, answer keys, test-taking strategies, and insights into how the test is scored. These resources are invaluable for both initial preparation and for a retake.
- Seek Feedback and Guidance: If you’re considering graduate school or a career in physics, now is the time to start conversations with mentors, professors, or professionals in the field. Their insights can guide your study plan, offer advice on graduate programs, and provide career guidance.
- Stay Informed and Engaged: Keep up with developments in the field of physics and the graduate admission process. Join relevant forums, subscribe to newsletters, and participate in webinars and workshops to stay informed and engaged.
- Engage in Forums: Participate in online forums like Physics Forums. Engaging in discussions can provide insights into complex topics, study tips, and resources that you might not have encountered otherwise.
- Research and Prepare for Applications: Start researching potential graduate programs or career opportunities that align with your score and academic interests. Ensure you understand the application requirements and deadlines.
- Network: Connect with peers, professors, or professionals in your field of interest. Networking can provide you with support, advice, and potentially open doors to research opportunities or recommendations.
- Stay Updated: Keep learning and staying updated with the latest research and developments in physics. Websites like Physics Forums can be a great place to keep your knowledge fresh and engage with the latest scientific discussions.
By following these strategies, you can effectively navigate the post-exam phase, whether it involves re-preparation for the GRE Physics or moving forward with your academic and professional plans. Remember, this exam is just one step in your journey, and there are ample resources and strategies available to help you succeed.
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