The three-hour-long AP Physics 2 exam tests your working knowledge of the mathematics, symbolism, analyses, and experiments related to advanced physics concepts. Passing the test requires a deep conceptual understanding of many topics. Your knowledge is assessed in a multiple-choice section and a free-response segment related to experimentation, translation, and paragraph-length answers. Understanding the concepts is essential, as is being familiar with solving problems using algebra.
Studying can be tough for many students, but the AP Physics 2 practice tests on Varsity Tutors' Learning Tools website can help you with reviewing the 50 multiple-choice and free-response questions. They also enable you to check off the concepts you already know so you can focus your study time on the more challenging concepts sure to be on the exam. Most of the short practice tests can be completed in just a few minutes.
Other concepts such as optics, pressure, atomic principles, quantum and nuclear physics, and radioactive decay are covered as well. The AP Physics 2 practice tests give you a variety of free test questions online that will challenge your problem-solving abilities. These also allow you to gain familiarity with the test material and format. As you complete each practice test, your answers are analyzed.
The feedback is organized just like the scoring system for the real test. You will instantly see your score and how you stack up against everyone else who has taken the test. Other metrics show how your performance on each question compares to others. Detailed explanations of the answers give you more opportunities to study the material and delve deeper into potentially difficult concepts.
The AP Physics 2 Exam example questions are intended to be integrated into your study routine. Practice sessions are intended to identify your strengths and weaknesses. By finding the topics that are toughest, you can devote extra time to them. Social media sharing tools let you work with others as well. Practice with a friend or in a group to enhance the studying experience, or perhaps even compete against one another.
There are practice tests that cover the entire range of material on the test, and there are several full-length AP Physics 2 Practice Tests as well. The full-length format is helpful for getting used to the test format and maintaining your mental endurance.
They enable you to individualize your study plan while tracking your progress every step of the way. Whether you need to master physics laws or mathematical principles, the AP Physics 2 Exam practice tests are a great tool to use as you prepare for the exam.
AP Physics 1 & 2
Home Embed. Email address: Your name:. Take the Varsity Learning Tools free diagnostic test for AP Physics 2 to determine which academic concepts you understand and which ones require your ongoing attention.
Each AP Physics 2 problem is tagged down to the core, underlying concept that is being tested. The AP Physics 2 diagnostic test results highlight how you performed on each area of the test. You can then utilize the results to create a personalized study plan that is based on your particular area of need. Test Difficulty :. Average Time Spent : 13 hrs 21 mins.It also helps to become familiar with the exam by practicing with exam questions created by the AP Program.
The AP Program releases the free-response questions every year for exams that have them. We also post sample student responses and scoring guidelines for past exam questions so you can see why a real exam taker got the score they did.
AP Classroom is a suite of digital tools that teachers can use throughout the year to help you prepare for the AP Exam. The tools include personal progress checks with multiple-choice and free-response questions your teacher can unlock for you to receive personalized feedback on the skills and topics you're learning in the course. Enrolled in an AP course?
AP Physics 1 & 2
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AP Physics 2 Supplemental Problem Sets
Ask your teacher about the practice resources in AP Classroom. I received a phone call from someone claiming to work for College Board, asking me to provide personal information or purchase test prep. Is this legitimate? Read more.
Not a student? Go to AP Central for resources for educators.Accompanying Video Playlist.
Skip to Main Content. District Home. Select a School Select a School. Sign In. Search Our Site. Hart, Geoffrey. Test Reviews Below are the Socrative test reviews. These reviews are very helpful in understanding what type of questions will be asked during my test. However, these reviews alone aren't enough to guarantee an A. It is the student's responsibility to practice the concepts and ask questions when needed.
I will discuss which questions from these reviews will be important for each test in class. Test 01 - Fluids. Test 1 - Fluids - Blank. Comments Test 02 - Thermo Pt. Test 2 - Thermo Pt. Test 03 - Thermo Pt. Test 3 - Thermo Pt.
Test 04 - Electrostatics. Test 4 - Electrostatics Pt. Test 05 - Potential and Circuits. Test 5 - Potential and Circuits - Blank. Test 6 - EM Pt. Test 07 - EM Pt 2. Test 08 - Ray Optics. Test 8 - Ray Optics - Blank. Test 09 - Wave Optics. Test 09 - Wave Optics - Blank. Test 10 - Modern Physics.
Test 10 - Modern - Blank. Test 1 - Fluids - Solutions. Test 5 - Potential and Circuits - Solutions. Test 7 - EM Pt. Test 8 - Ray Optics - Solutions.Equivalent capacitance in parallel is calculated by taking the sum of each individual capacitor.
We can reduce the two parallel capacitors as the following:. The new equivalent circuit has two capacitors in series. This requires us to sum the reciprocals to find equivalent capacitance:. You have 3 capacitors in series. What is the total capacitance of the system? Now, we can plug in our values to find the answer.
The answer we have is the inverse of this. Therefore, the total capacitance is. Three capacitors are in parallel with each other. What can be said for certain about the total capacitance? The total capacitance is somewhere between the highest capacitance and the lowest capacitance inclusive. Because the capacitances are additive, and all of the capacitances are greater than zero, no matter what numbers you use, you will always end up with a number that is greater than any of the individual numbers.
Four arrangements of capacitors are pictured. Each has an equivalent capacitance. Rank these four arrangements from highest equivalent capacitance to lowest. Assume that all capacitors are identical. D These are a combination of series and parallel. Two are in series and they are in parallel with a third. In this question, we're told the maximum amount of charge that a capacitor can hold at a given voltage.
We're then asked to determine the capacitance. To do this, we'll need to use the expression for capacitance. Imagine a capacitor with a magnitude of charge Q on either plate.
The fact that the system is still connected to the battery indicate a constant V so regardless what happens to the capacitor, V stays fixed. This capacitor has area A, separation distance D, and is connected to a battery of voltage V. Considering all the variables in the numerator are held fixed for this problem, we see that increasing D will decrease the charge stored on each plate.
The charge has no where to go. Without the battery connected, the charge has no physical avenue on or off the plates. If you've found an issue with this question, please let us know. With the help of the community we can continue to improve our educational resources.
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Your Infringement Notice may be forwarded to the party that made the content available or to third parties such as ChillingEffects. Thus, if you are not sure content located on or linked-to by the Website infringes your copyright, you should consider first contacting an attorney.Equivalent capacitance in parallel is calculated by taking the sum of each individual capacitor.
We can reduce the two parallel capacitors as the following:. The new equivalent circuit has two capacitors in series. This requires us to sum the reciprocals to find equivalent capacitance:. You have 3 capacitors in series. What is the total capacitance of the system? Now, we can plug in our values to find the answer. The answer we have is the inverse of this. Therefore, the total capacitance is. Three capacitors are in parallel with each other. What can be said for certain about the total capacitance?
The total capacitance is somewhere between the highest capacitance and the lowest capacitance inclusive. Because the capacitances are additive, and all of the capacitances are greater than zero, no matter what numbers you use, you will always end up with a number that is greater than any of the individual numbers.
Four arrangements of capacitors are pictured. Each has an equivalent capacitance. Rank these four arrangements from highest equivalent capacitance to lowest.
Assume that all capacitors are identical. D These are a combination of series and parallel. Two are in series and they are in parallel with a third. In this question, we're told the maximum amount of charge that a capacitor can hold at a given voltage. We're then asked to determine the capacitance.
To do this, we'll need to use the expression for capacitance.
Imagine a capacitor with a magnitude of charge Q on either plate.With The Physics Classroom's Question Bank, you will be able to create, edit, and perfect that next test in considerably less time.
With more than questions neatly organized according to topic, the Question Bank is the perfect tool for busy teachers. There are five different collections of questions. These collections are described on the Contents page. The image files are the images that are used in the more than questions. However, we can easily imagine many other uses of the question banks and the included image files. There will be teachers who will want to use some questions as discussion starters, as bell-ringer questions, as exit questions, and as homework questions.
Other teachers will be thrilled by the more than image files that can be easily imported into PowerPoint presentations. Other teachers will want to include the questions on worksheets, review sheets, and homework assignments.
The possibilities of how to use the questions are nearly endless and only restricted by the licensing agreement discussed below. The Microsoft Word application is not included as part of this product. To use the Question Bank, teachers must own a legal copy of Microsoft Word. To take full advantage of the Question Bank, teachers should have a basic understanding of how to use the Microsoft Word application.
This understanding includes how to open, save, and create new documents and how to copy a portion of a document and paste that portion into another document at the desired location. The Question Bank comes with a licensing agreement that permits the user the right to use the questions with their students and with other students in their own school.
The questions can be used in any document or project that is distributed or viewable only by students of that school. This prohibits the use of the questions on websites, CDs, and other storage media, and other projects that are not password protected from the wider population e. Purchasers of the Question Bank are also prohibited from using the questions in any for-profit ventures.
The Physics Classroom believes that any teacher - from the seasoned veteran to the first-year teacher - would benefit from the use of this product. Whether you are looking to create a set of tests for a new course, rewrite the tests for an existing course, or prepare a collection of makeup tests, the Question Bank would facilitate any of these tasks. This includes true-false, multiple-choice, and multiple select questions.
The remaining questions involve a calculation with a numerical response, a written statement, the completion of a sentence, or the construction of a diagram or graph. As for topics addressed by the question banks, it's worth taking a look at the Contents page. To be honest, there are some redundancies.Go to AP Central for resources for teachers, administrators, and coordinators.Physics 1st year important questions -- intermediate -- MK ENTERTAINMENTS
See the course schedule or browse the YouTube playlist. We'll also offer at-home testing for AP Exams. Note that any related adjustments to AP Exams, such as length or content covered, may not be reflected on all AP Students pages. Expand your understanding of physics as you explore topics such as fluids; thermodynamics; electric force, field, and potential; electric circuits; magnetism and electromagnetic induction; geometric and physical optics; and quantum, atomic, and nuclear physics.
Note: Save your lab notebooks and reports; colleges may ask to see them before granting you credit. Designing an experiment to answer a scientific question or test a hypothesis.
You should have completed AP Physics 1 or a comparable introductory physics course and should have taken or be concurrently taking pre-calculus or an equivalent course. The course content outlined below is organized into commonly taught units of study that provide one possible sequence for the course. Your teacher may choose to organize the course content differently based on local priorities and preferences.
This reference guide helps you develop quantitative skills, such as using measurements, gathering and evaluating data, using quantitative evidence to support claims, and connecting empirical information to scientific theory, throughout the course. This is the core document for the course. It clearly lays out the course content and laboratory requirement and describes the exam and the AP Program in general. AP Physics 2: Algebra-Based can lead to a wide range of careers and college majors.
Choosing Your AP Courses. Join Your Class Section Online. AP Students. Not a Student? Go to My AP. About the Course About the Exam. Skills You'll Learn Interpreting and describing representations and models Using mathematics to solve science problems Formulating a scientific question or hypothesis Designing an experiment to answer a scientific question or test a hypothesis Analyzing data and evaluating evidence Working with scientific explanations and theories Making connections.
College Course Equivalent A second-semester introductory college course in algebra-based physics. Recommended Prerequisites You should have completed AP Physics 1 or a comparable introductory physics course and should have taken or be concurrently taking pre-calculus or an equivalent course.
About the Units The course content outlined below is organized into commonly taught units of study that provide one possible sequence for the course. Course Content. Expand All Collapse All. Topics may include: Fluid systems Density Pressure and forces Fluids and free-body diagrams Buoyancy Conservation of energy in fluid flow Conservation of mass flow rate in fluids. Topics may include: Thermodynamic systems Pressure, thermal equilibrium, and the Ideal Gas Law Thermodynamics and forces Heat and energy transfer Thermodynamics and collisions Probability, thermal equilibrium, and entropy.