The Ultimate Guide to Acing the AP Computer Science A Exam

By Eric Eng

By Eric Eng

The Ultimate Guide to Acing the AP Computer Science A Exam

Many students opt to take the AP Computer Science A Exam despite not taking the related AP course. This makes the exam one of the most common self-study tests taken out of all the related AP exams. Given the ubiquity of computers and the relative ease with which students can become familiar with associated concepts and practical functions, it’s easy to see why some students feel comfortable studying for the AP Computer Science A Exam independently.

However, some students still enroll in the course to get a better understanding of some of the key concepts covered in the exam, such as specific theories and coding. Those students who typically perform well on their own and harbor a natural interest in coding typically find great success in self-studying for this exam.

Whether you’ve already taken the related course or are preparing to self-study, the experts at AdmissionSight have put together this guide to answer any questions that you may have about the AP Computer Science A Exam. You’ll learn what you can expect to find on the exam, how long it should take you, effective preparation methods, and much more. Let’s dive in!

What is the AP Computer Science A Exam?

The AP Computer Science A exam is a standardized assessment offered by the College Board. This exam evaluates students’ understanding of fundamental programming concepts and their ability to read and write computer programs in the Java programming language.

The AP Computer Science A Exam holds significant importance for several reasons:

  1. College Credit: A strong performance on the exam can earn high school students college credit, which can accelerate their progress in higher education and reduce the cost of tuition.
  2. Skill Development: The exam assesses students’ programming and computer science skills, helping them develop a strong foundation in these areas, which is valuable for future careers in technology.
  3. College Admissions: Success in AP exams, including Computer Science A, can enhance college applications and demonstrate academic excellence to admissions committees.
  4. Industry Relevance: The skills tested in the exam directly apply to the growing field of computer science, making it relevant for future career opportunities.
  5. Problem-Solving: The exam emphasizes problem-solving and critical thinking, valuable skills in various professions and everyday life.
  6. Advanced Placement: Earning college credit through AP exams allows students to pursue more advanced coursework in college and graduate more quickly.
  7. Standardized Assessment: The exam provides a standardized way to assess students’ computer science knowledge and skills, ensuring consistency in evaluation.

What is on the AP Computer Science A Exam?

The AP Computer Science A Exam touches on algorithms, hardware, problem-solving skills, and the ways people leverage the abilities of computers to address real-world problems that are faced effectively. To handle the concepts covered on the exam, students should be comfortable with the concepts covered in introductory algebra, as these will be required to answer some questions. Some primary ideas covered in the exam include design methodologies and strategies, problem-solving, data structures, data processing strategies, and the social and ethical implications of using computing power. Since science is an ever-changing field, students should be up-to-date on some of the most recent trends.

The AP Computer Science A curriculum is structured around ten frequently covered study units, offering a suggested sequence for the course. However, you can arrange the course content that suits your preferences and needs.

Unit Exam Weighting (Multiple-Choice Section)
Unit 1: Primitive Types 2.5%-5%
Unit 2: Using Objects 5%-7.5%
Unit 3: Boolean Expressions and if Statements 15%-17.5%
Unit 4: Iteration 17.5%-22.5%
Unit 5: Writing Classes 5%-7.5%
Unit 6: Array 10%-15%
Unit 7: ArrayList 2.5%-7.5%
Unit 8: 2D Array 7.5%-10%
Unit 9: Inheritance 5%-10%
Unit 10: Recursion 5%-7.5%

The AP Computer Science A curriculum, as detailed in the course and exam description, introduces specific abilities known as computational thinking practices. These practices are designed to be cultivated by students for the year, enabling them to develop a mindset and behaviors akin to computer scientists.

Skill Description Exam Weighting (Multiple-Choice Section)
1. Program Design and Algorithm Development Determine required code segments to produce a given output. 30%–35%
2. Code Logic Determine the output, value, or result of a given program code given initial values. 40%–45%
3. Code Implementation Write and implement program code. Not assessed in the multiple-choice section
4. Code Testing Analyze program code for correctness, equivalence, and errors. 12%–18%
5. Documentation Describe the behavior and conditions that produce identified results in a program. 12%–18%

How long is the AP Computer Science A Exam?

Despite being one of the more popular AP exams, the AP Computer Science A Exam clocks in at three hours – making it one of the longest. It’s broken down into two sections. The first section eats up half of the exam with one hour and 30 minutes. There are 40 multiple-choice questions on this section of the AP Computer Science A Exam, accounting for exactly half of the overall score. The other 50% of your final score will be derived from the second portion, which contains four free-response essay questions. As you can guess, this portion also takes up an hour and a half of the overall time.

While other AP exams have undergone minor changes in recent years, the AP Computer Science A Exam has remained roughly unchanged. It still consists of the same number and types of questions. The weighting also remains intact, and the scoring guidelines are the same as in previous years. This makes it easier for teachers to prepare their students during the AP courses. Let’s take a deeper dive into the two different sections of this exam and what you can expect from each.

Section 1: Multiple Choice

All of the 40 questions in this section are multiple-choice in format. Most of the multiple-choice questions on the AP Computer Science A Exam will be individual in format, which is unrelated to the preceding and succeeding questions. However, there are a few questions that will fall into related sets. There are only one or two sets, each typically containing two to three questions. Computational thinking practices are also assessed within this multiple-choice section. Preparing for this section is relatively simple due to the essential nature of the questions and the ability to check for correct answers objectively.

Tackling the Multiple-Choice Section

The multiple-choice section of the AP Computer Science A Exam can be challenging, but with the right strategies, you can tackle it effectively. Understanding the question types and employing targeted strategies will increase your chances of selecting the correct answers.

When approaching the multiple-choice section, it’s essential to have a clear understanding of the question types you may encounter. These question types can range from analyzing code snippets to predicting program output, identifying syntax errors, and applying specific programming concepts. By familiarizing yourself with these question types, you’ll be better equipped to approach each question appropriately.

One common question type in the multiple-choice section is analyzing code snippets. These questions require you to examine a piece of code and understand its behavior carefully. You may need to identify the output, determine any errors or bugs, or predict the code’s behavior under different scenarios. To excel in these types of questions, it’s crucial to have a solid understanding of programming concepts and syntax.

Another question type you may encounter is predicting program output. These questions often present a code snippet and ask you to determine the output it produces. To answer these questions accurately, you must carefully analyze the code and trace its execution. Pay attention to variables, loops, conditionals, and other relevant programming constructs that may affect the program’s output.

Asian student girl looking at group mate talking

Identifying syntax errors is another essential question type in the multiple-choice section. These questions test your ability to spot mistakes in code and identify the correct way to fix them. To excel in these questions, it’s essential to have a firm grasp of programming syntax and common errors that programmers make. Practice identifying syntax errors in code snippets to sharpen your skills.

Applying specific programming concepts is yet another question type you may encounter. These questions require you to apply your knowledge of programming concepts to solve a problem or analyze a given scenario. To excel in these questions, it’s crucial to have a deep understanding of programming principles, data structures, algorithms, and problem-solving techniques.

Understanding the question types will help you approach each question appropriately, saving you valuable time and minimizing potential errors.

Strategies for Answering Multiple-Choice Questions

When answering multiple-choice questions, it’s essential to read each question carefully and analyze all the answer choices before selecting. Take your time to understand the question fully and consider all available options.

One effective strategy is to eliminate incorrect options. By quickly identifying and eliminating incorrect choices, you can narrow your options and increase your chances of selecting the correct answer. Pay attention to any answer choices that contain syntax errors or violate the rules of the programming language being used.

Use the process of elimination to narrow down your choices further. By systematically eliminating options that are unlikely to be correct, you can increase the probability of selecting the right answer. Consider the information in the question and use your knowledge of programming concepts to eliminate choices that do not align with the given scenario.

Avoid choosing answers based solely on intuition. While intuition can sometimes lead you to the correct answer, it’s important to rely on your knowledge and the information in the question. Apply your understanding of programming concepts and use logical reasoning to make an informed choice.

Manage your time effectively by setting a pace that allows you to answer each question confidently without becoming rushed. It’s important to strike a balance between speed and accuracy. If you encounter challenging questions, consider flagging them and returning to them later. By answering all the other questions first, you ensure you don’t miss out on any easy points.

Remember, practice makes perfect. The more you familiarize yourself with the question types and strategies for answering multiple-choice questions, the more confident you’ll become in tackling this section of the AP Computer Science A Exam. Take advantage of practice exams and review materials to sharpen your skills and improve your performance.

Section 2: Free Response

The free-response section of the AP Computer Science A Exam consists of four open-ended questions. All free-response questions will assess the Code Implementation of the Computational Thinking Practice 3. Here are the primary focuses of each question:

  • Question 1: Methods and Control Structures – You’ll be asked to provide program code to create objects within a class and different call methods. Students will also have to use iterative statements, conditional statements, and expressions to satisfy the specifications of a technique.
  • Question 2: Classes – This question will require you to define a new type by writing program code. You’ll have to create a class and satisfy various method specifications by using iterative statements, conditional statements, and expressions.
  • Question 3: Array/ArrayList – This free-response question requires students to provide program code that can satisfy method specifications through iterative statements, conditional statements, and expressions. You’ll also need to manipulate, traverse, and even create Array List objects or elements within a 1D array.
  • Question 4: 2D Array – The final free-response question will require you to write code to satisfy method specifications through iterative statements, conditional statements, and expressions and manipulate, traverse, and create elements within a 2D array of objects.

a computer scientist reporting in front of his colleagues

Here are some sample questions and answers from the free-response section of the 2023 exam so you’d know what to expect:

sample question from AP Computer Science A 2023

sample question from AP Computer Science A 2023

sample answers for AP Computer Science A sample answers for AP Computer Science A sample answers for AP Computer Science A

Mastering the Free-Response Section

The free-response section of the AP Computer Science A Exam tests your ability to apply your knowledge and solve programming problems. Here are some tips to help you approach this section with confidence.

How to Approach Free-Response Questions

Before diving into writing code, carefully read the question prompt and fully understand what is being asked. Break down the problem into smaller steps and devise a plan or algorithm to solve the problem.

When writing your response, clearly organize your code using proper indentation and commenting where necessary. Avoid using vague variable names, and ensure your code is readable and well-structured.

Test your solutions with different inputs to ensure they produce the correct output. Remember, partial credit can be awarded, so even if your code doesn’t have the desired result, explain your thought process and any valid attempts you made.

Writing Effective Code for Free-Response Questions

When writing code for free-response questions, emphasize clarity, readability, and efficiency. Use appropriate data structures and algorithms to optimize your code and ensure your solution is correct and efficient.

Break down complex problems into smaller, more manageable steps, and use comments to explain your thought process. This will not only help the grader understand your code but also demonstrate your ability to think critically and logically.

AP Computer Science A Exam Score Breakdown

Scoring well on the AP Computer Science A Exam is essential to demonstrate your understanding of the subject matter to colleges and universities. The exam is scored on a scale from 1 to 5, with 5 being the highest score possible.

It’s important to note that the multiple-choice section accounts for 60% of your total score, while the free-response section contributes the remaining 40%. This breakdown emphasizes mastering both sections to achieve a high overall score.

In the multiple-choice section, each question carries equal weight, and there is no penalty for incorrect answers. This means that it is beneficial to answer every question, even if you are unsure of the correct answer. Educated guesses can still earn you points.

The free-response section is scored based on the quality and correctness of your solutions. The College Board employs a team of experienced AP Computer Science teachers and college professors to grade the free-response answers. They use a rubric that awards points for various aspects of your code, including correctness, efficiency, style, and documentation. It is crucial to communicate your thought process and provide well-structured code to maximize your score in this section.

Understanding how the exam is scored will help you allocate your study time effectively and focus on areas that will yield the highest return on investment. By practicing multiple-choice questions and free-response problems, you can develop the skills necessary to excel in each section and achieve a robust overall score.

It’s important to note that the AP Computer Science A Exam is scored on a scale of 1 to 5, with 5 being the highest score, a score of 3 or higher is typically considered a passing score, and many colleges and universities offer credit or placement for students who earn a passing score. This can serve as an incentive for students to take on the exam challenge.

The passing rates for the 2023 AP Computer Science A Exam are as follows:

  • Score of 5: 27%
  • Score of 4: 22%
  • Score of 3: 18%
  • Score of 2: 10%
  • Score of 1: 23%

How hard is the AP Computer Science A Exam?

The difficulty of the AP Computer Science A Exam can vary depending on the individual’s background and preparation. However, it is generally considered a moderately challenging exam. The exam assesses students’ knowledge of programming concepts and their ability to write, read, and understand Java code. It covers various topics, including data structures, algorithms, object-oriented programming, and problem-solving.

The difficulty of the exam may be influenced by factors such as prior programming experience and the quality of instruction. Some students find the exam manageable with the proper preparation, while others may find it more challenging, especially if they are new to programming.

Ultimately, the difficulty of the AP Computer Science A Exam can be influenced by various factors, but with proper preparation and dedication, many students can achieve success on the exam.

How to prepare for the AP Computer Science A Exam

Preparing for the AP Computer Science A exam requires a strategic approach to master the content and develop the necessary skills. Here are steps to help you prepare effectively:

Take inventory of what you know

Before you can begin studying effectively, you have first to get a better understanding of what you already know. After all, you don’t want to waste time by overstudying topics you know backward and forward while spending less time than you need on more confusing concepts. One of the best ways to accomplish this goal is by taking practice tests to gain a better understanding of your initial knowledge regarding the subject matter. You can get a rough idea about the types of questions on the AP Computer Science A Exam by reviewing sample questions online. However, the most accurate way to study would be by completing a practice test. These tests can be found online or in some official study guides.

Master related theories

When it comes to preparing for the AP Computer Science A Exam, you’ll need to have an excellent grasp on the fundamentals of computer science and the various applications it can have in STEM-related and computing tasks. This would cover specific subject areas, including computing in context, standard algorithms and operations, standard data structures, program analysis, program implementation, and object-oriented program design.

Practice answering MC questions

The minute you feel as though your understanding of the underlying theory of the AP Computer Science A Exam is firm, it’s time to start practicing related multiple-choice questions. Considering these questions comprise a good portion of the test and make up most of the questions asked, there’s no question as to why it’s important to practice answering them. You should be able to find sample questions in most study guides or through searching online.

Practice free response answers

The AP Computer Science A Exam’s free-response portion isn’t comparable to the same section on other AP exams. In a nutshell, this part of the test requires you to leverage your knowledge of various course content and the AP Java subset to write a new code that must meet certain particulars and solve given problems while being able to explain how it’s notated and how to use it. You should also keep in mind when writing your code that the AP Computer Science A Exam wants a program that is generally applicable and not one that’s specific to the questions’ numbers.

Since each of the free-response prompts contains multiple parts, it’s helpful to underline the various sections of your answers so you can ensure you’re thoroughly addressing the question. Many students lose points unnecessarily by simply forgetting to answer a part of the question. Even if you’re unsure how to answer a particular portion of the question, AdmissionSight still strongly advises students to try their best to answer. Even earning partial points for a question can drastically boost your final score. In other words, it can’t hurt to try. However, don’t let a problematic question burn up the time you could put towards other questions you can answer more quickly. You can leave the most complex questions for the end when you have ample time to revisit them.

Mimic the test settings

Taking the AP Computer Science A Exam isn’t just about knowing what concepts will be on the test and studying them thoroughly until you understand them. To ace this exam, and any AP exam for that matter, you have to be able to perform under the test conditions. When you’re studying at home, you have distractions, you take regular breaks, and you might even listen to some music. All of these might facilitate your workflow when at home, but they won’t be available to you when you take the actual exam. To get an accurate idea of how you’ll perform on the AP Computer Science A Exam, you should mimic the test conditions as accurately as possible and take an official sample test the same length as the actual exam. Don’t forget to set a timer to see how you perform under time pressure.

Creating a Study Schedule

Time management is crucial when preparing for any exam. Creating a study schedule that allocates enough time for each topic and allows for regular breaks is essential for long-term success. Plan your study sessions and stick to your schedule to ensure you cover all the necessary material before the exam.

Consider breaking down your study sessions into smaller, manageable chunks and set specific goals for each session. This approach helps prevent overwhelm and allows you to focus on one topic at a time, ensuring a deeper understanding and better retention of the material.

Additionally, it can be helpful to vary your study environment. While having a dedicated study space is important, occasionally changing your surroundings can help keep your mind engaged and prevent monotony. Consider studying in different locations, such as a library, coffee shop, or even outdoors, to keep things fresh and stimulating.

Utilizing AP Study Resources

AP Computer Science A Exam resources, such as textbooks, study guides, online tutorials, and practice exams, are invaluable tools to enhance your preparation. Make use of these resources to supplement your learning and gain exposure to a variety of practice questions.

Consider joining study groups or online forums to interact with fellow students and benefit from collective learning. Sharing ideas, discussing concepts, and solving problems together can significantly enrich your understanding and help you develop a deeper grasp of the material.

In addition to traditional study resources, take advantage of the vast array of online resources available. There are numerous websites, blogs, and YouTube channels dedicated to AP Computer Science A Exam preparation. These resources often offer explanations, examples, and additional practice problems, providing a well-rounded study approach.

Tips for Self-Study

Self-study is a crucial component of exam preparation. To make the most of your self-study sessions, create a conducive learning environment free of distractions. Find a quiet place to concentrate and immerse yourself in the material.

Break down complex topics into smaller, digestible parts, and gradually build your understanding by tackling one concept at a time. Practice regularly and challenge yourself with increasingly complex problems to stretch your abilities and improve your problem-solving skills.

Remember to take breaks and prioritize self-care. A well-rested and rejuvenated mind absorbs information better, so ensure you get sufficient sleep, engage in physical activity, and stay hydrated. Additionally, incorporating relaxation techniques, such as deep breathing exercises or meditation, can help reduce stress and improve focus.

Furthermore, consider incorporating visual aids and mnemonic devices into your study routine. Creating diagrams, flowcharts, or flashcards can help reinforce key concepts and make them easier to remember. Mnemonic devices, such as acronyms or rhymes, can also effectively memorize complex information.

Lastly, don’t be afraid to seek help when needed. If you encounter a challenging concept or struggle with a particular topic, contact your teacher, classmates, or online communities for clarification and additional support. Remember, everyone learns differently, and seeking assistance is a sign of strength, not weakness.

Essential Topics to Master for the AP Computer Science A Exam

Now that you have a solid grasp of the exam structure let’s explore the essential topics you need to master to succeed in the AP Computer Science A Exam.

Regarding the AP Computer Science A Exam, Java is the primary programming language used. Therefore, before diving into the more complex topics, it’s crucial to have a firm grasp of Java syntax, data types, control structures, and loops. Mastering these basics will provide a solid foundation for understanding more intricate concepts.

Understanding object-oriented programming (OOP) principles is also crucial for success on the exam. OOP is a programming paradigm that allows you to create modular and reusable code. Familiarize yourself with fundamental OOP concepts such as classes, objects, and inheritance. These concepts will not only enhance your understanding of Java programming but also enable you to solve problems in a more efficient and organized manner.

Now, let’s delve deeper into the essential topics you must master for the AP Computer Science A Exam.

Java Programming Basics

As mentioned earlier, Java is the primary programming language used in the exam. To excel in this exam, it is essential to have a strong foundation in Java programming basics. This includes a deep understanding of Java syntax, data types, control structures, and loops.

Java syntax refers to the set of rules that dictate how Java code should be written. It encompasses elements such as variable declarations, method definitions, and conditional statements. Familiarizing yourself with these syntax rules will enable you to write clean and error-free code.

Data types in Java define the kind of values that a variable can hold. It is crucial to understand the different data types available in Java, such as integers, floating-point numbers, characters, and booleans. Knowing which data type to use in different scenarios will help you write efficient and bug-free code.

Control structures, such as if-else statements and loops, allow you to control the flow of your program. Mastering these control structures will enable you to make decisions and repeat actions based on specific conditions. This is particularly important when solving complex problems that require logical thinking and efficient execution.

By mastering these Java programming basics, you will have a solid foundation to build upon as you explore more advanced topics in computer science.

Data Structures and Algorithms

Data structures and algorithms are the backbone of computer science. They provide efficient ways to store and manipulate data, as well as algorithms to solve problems effectively.

Regarding the AP Computer Science A Exam, it is crucial to be comfortable with various data structures. These include arrays, linked lists, stacks, queues, and trees. Each data structure has its unique properties and use cases. Understanding when and how to use each data structure will allow you to solve problems more efficiently and effectively.

In addition to data structures, understanding standard algorithms is essential. Algorithms such as searching, sorting, and graph algorithms play a vital role in solving complex problems. By familiarizing yourself with these algorithms, you will gain the ability to optimize your code and find the most efficient solutions.

Practicing the implementation of data structures and algorithms is crucial in solidifying your understanding. By actively coding and solving problems, you will improve your problem-solving skills and become more comfortable with these fundamental concepts.

Object-Oriented Programming Concepts

Object-oriented programming (OOP) is a fundamental paradigm in computer science. It provides a structured approach to designing and organizing code, making programs more efficient and easier to maintain.

Mastering OOP concepts is essential for success on the AP Computer Science A Exam. Encapsulation, inheritance, polymorphism, and abstraction are the core concepts of OOP that you need to understand thoroughly.

Encapsulation refers to the bundling of data and methods within a class. It allows for data hiding and provides a way to control access to the internal workings of an object. Understanding encapsulation will enable you to create secure and well-organized code.

Inheritance is a mechanism that allows classes to inherit properties and behaviors from other classes. It promotes code reuse and facilitates the creation of hierarchical relationships between types. Mastering inheritance will enable you to design and implement complex class hierarchies effectively.

Polymorphism allows objects of different classes to be treated as objects of a common superclass. It promotes flexibility and extensibility in your code. Understanding polymorphism will allow you to write more modular and adaptable programs.

Abstraction involves simplifying complex systems by breaking them down into smaller, more manageable parts. It allows you to focus on the essential features of an object or system while hiding unnecessary details. Mastering abstraction will enable you to design and implement clean and concise code.

Additionally, understanding how to design classes, use inheritance effectively, and implement interfaces will allow you to solve problems object-oriented. This will demonstrate your proficiency in this critical programming paradigm.

By mastering these essential topics, you will be well-prepared to excel in the AP Computer Science A Exam. Remember to practice coding, solve problems, and seek additional resources to deepen your understanding of these concepts.

When is the AP Computer Science A Exam in 2024?

Unlike the SAT Subject Tests that are offered on multiple different days, all of the AP exams are only administered on one specific day of the calendar year. The exact date tends to fluctuate each year, although it generally falls within the first two weeks of May. The following AP Computer Science A Exam will occur on Wednesday, May 8th, 2024, at noon. For a complete list of the 2024 AP Exam dates, here’s a full list:

Week 1 Morning 8 a.m.

Local Time

Afternoon 12 p.m.

Local Time


May 6, 2024

United States Government and Politics Art History



May 7, 2024

Human Geography





May 8, 2024

English Literature and Composition Comparative Government and Politics

Computer Science A


May 9, 2024

Chinese Language and Culture

Environmental Science


May 10, 2024

European History

United States History


Spanish Literature and Culture

Art and Design: Friday, May 10, 2024 (8 p.m. ET), is the deadline for AP Art and Design students to submit their three portfolio components as final in the AP Digital Portfolio.
Week 2 Morning 8 a.m.

Local Time

Afternoon 12 p.m.

Local Time

Afternoon 2 p.m.

Local Time


May 13, 2024

Calculus AB

Calculus BC

Italian Language and Culture



May 14, 2024

English Language and Composition African American Studies

Physics C: Mechanics

Physics C: Electricity and Magnetism

May 15, 2024

French Language and Culture

World History: Modern

Computer Science Principles

Music Theory


May 16, 2024

Spanish Language and Culture Biology

Japanese Language and Culture


May 17, 2024

German Language and Culture

Physics 1: Algebra-Based


Physics 2: Algebra-Based

Be sure to give yourself ample time to make it to the exam and always scout your route beforehand to limit the possibility of getting lost or showing up late. With only one day dedicated to the exam each year, there’s no room for errors.

a student reporting in the front of the class

When do AP scores come out?

AP scores are typically released in early to mid-July of the year the exams were taken. The exact release date may vary slightly from year to year, but students who took their AP exams in May can generally expect their scores to become available.

If you are waiting for your AP scores, you can check for updates on the College Board’s official AP scores website. They will also send you an email notification when your scores are added to your score report. If you haven’t received your scores by mid-August, it’s recommended to contact AP Services for Students for assistance.

Last-Minute Tips and Exam Day Strategies

As the exam approaches, it’s essential to focus on final preparations and strategies to help you perform your best on exam day.

What to Do the Night Before the Exam

The night before the exam, it’s crucial to get a good night’s sleep. Avoid cramming or staying up too late, leading to fatigue and reduced focus during the exam.

Review your study notes briefly to reinforce concepts in your mind, but avoid cramming new information. Relax and engage in activities that help you unwind and destress.

What to Expect on Exam Day

On exam day, make sure to have all the necessary materials ready, such as your ID, pencils, erasers, and a calculator if allowed. Plan to arrive at the exam center early to alleviate any potential stress caused by rushing or missing the exam.

Read the instructions carefully and clarify any uncertainties before starting the exam. During the exam, manage your time wisely, allocating sufficient time for each section while ensuring you have time to review your answers before submitting.

Remember to stay calm, trust your preparation, and maintain a positive mindset. Believe in your abilities and focus on doing your best rather than comparing yourself to others.

AdmissionSight is here for you.

If you’re preparing for college but are struggling with the admission process, the AdmissionSight team is here to help. We’ve helped students from across the country find their way into some of the best schools – including the most respected Ivy League Universities. After decades of practical experience, we’ve mastered the admission process. Whether you need help editing supplemental essays, choosing a summer program, or taking your AP exams, we have the expertise to help you succeed. We’re only happy when our students can achieve their academic goals, so you can count on us to do everything in our power to help you succeed. Feel free to contact us today to learn more about our services, our success stories, and how we can help you on your path toward academic success.

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