How to Study for AP Physics 1: AI Tools & Strategies for 2026
AP Physics 1: Algebra-Based is one of the most challenging AP exams, with one of the lowest 5-rates of any AP subject. In 2026, AI-powered study tools are changing how students master conceptual physics. This comprehensive guide covers all seven units, the exam format, proven study strategies, a complete timeline, and the best AI apps to help you score a 4 or 5 on May 6, 2026.
Written by Sarah Mitchell
Education Tech Researcher
Sarah specializes in AI-driven learning tools and has spent over 5 years analyzing how technology improves student outcomes on standardized exams. She has guided thousands of AP students through exam preparation strategies.
Quick AP Physics 1 Study Summary
- Exam Date: May 6, 2026 (afternoon session)
- Exam Format: 40 MCQ (1hr 30min) + 5 FRQ (1hr 30min) including experimental design
- Units: 7 total, from Kinematics to Torque & Rotational Motion
- Difficulty: One of the hardest APs (~7-8% score a 5)
- Best AI Tool: LectureScribe (lecture-to-flashcard automation)
- Key Strategy: Conceptual understanding over equation memorization
Table of Contents
Introduction: AP Physics 1 in 2026
Advanced Placement Physics 1: Algebra-Based is one of the most widely taken AP science exams, with over 160,000 students sitting for it each year. Administered by the College Board, the AP Physics 1 exam tests your conceptual understanding of fundamental physics principles including mechanics, energy, waves, and rotational motion. A score of 3 or higher can earn you college credit at most institutions, while a 4 or 5 demonstrates the kind of mastery that selective colleges and engineering programs look for.
What makes AP Physics 1 uniquely challenging is its emphasis on conceptual reasoning over calculation. Unlike many physics courses where you can succeed by memorizing formulas and plugging in numbers, this exam requires you to explain why things happen, design experiments, and translate between mathematical and verbal representations. The College Board explicitly tests whether you understand the physics, not just whether you can compute an answer.
The good news? AI-powered study tools are making AP Physics 1 preparation more efficient than ever. Instead of spending hours rewatching lecture videos or creating flashcards by hand, tools like LectureScribe can automate these processes while you focus on what actually raises scores: practice problems, free-body diagrams, and conceptual reasoning. This guide shows you exactly how to combine traditional study methods with cutting-edge AI to maximize your AP Physics 1 score.
AP Physics 1 Score Distribution (Recent Years)
Approximately 7-8% of students earn a 5, 18% earn a 4, and 20% earn a 3, giving a total pass rate of about 45%. The mean score hovers around 2.5, making AP Physics 1 one of the hardest AP exams by score distribution. With focused conceptual preparation and AI tools, scoring a 4 or 5 is achievable but requires dedicated effort.
AP Physics 1 Exam Format & Scoring
Understanding the exam structure is essential for building an effective study plan. The AP Physics 1 exam is 3 hours long and divided into two equally weighted sections. There is no calculator section distinction, and the entire exam is algebra-based with no calculus required.
Section I: Multiple Choice
- -40 questions in 90 minutes
- -Worth 50% of total score
- -Includes single-select and multi-select questions
- -No penalty for guessing
- -Questions are standalone and set-based (with diagrams/scenarios)
- -About 2 minutes 15 seconds per question
Section II: Free Response
- -5 questions in 90 minutes
- -Worth 50% of total score
- -Includes experimental design questions
- -Quantitative/qualitative translation questions
- -Requires written explanations, diagrams, and mathematical derivations
- -About 18 minutes per question
The College Board emphasizes seven science practices throughout the AP Physics 1 exam: Modeling, Mathematical Routines, Scientific Questioning, Experimental Methods, Data Analysis, Argumentation, and Making Connections. Each FRQ tests multiple science practices. A key feature of AP Physics 1 FRQs is the qualitative/quantitative translation question, where you must explain a physical situation both mathematically and in plain language.
Pro Tip: The Equation Sheet
You receive an equation sheet during the exam, so memorizing formulas is not the challenge. The real challenge is knowing when and why to use each equation. Students who understand the physics behind the equations consistently outperform those who just memorize them. Focus your study time on understanding concepts, not drilling formula recall.
The 7 Units of AP Physics 1
AP Physics 1 is organized into 7 units, each contributing a different percentage to the exam. Understanding the weight of each unit helps you allocate study time effectively. Here is a complete breakdown:
Unit 1: Kinematics
10-16% of examMotion in one and two dimensions, position, velocity, acceleration, projectile motion, and reference frames.
Key topics: displacement vs distance, velocity vs speed, kinematic equations, free fall, projectile motion, relative motion
Unit 2: Dynamics (Newton's Laws)
12-18% of examNewton's three laws, forces, free-body diagrams, friction, normal force, tension, and net force analysis.
Key topics: F=ma, free-body diagrams, static vs kinetic friction, inclined planes, Atwood machines, Newton's third law pairs
Unit 3: Circular Motion & Gravitation
4-6% of examUniform circular motion, centripetal acceleration and force, Newton's law of universal gravitation, orbits, and gravitational fields.
Key topics: centripetal acceleration, banking curves, gravitational force, orbital mechanics, satellite motion, gravitational potential energy
Unit 4: Energy
16-24% of examWork, kinetic energy, potential energy, conservation of energy, power, and energy in systems.
Key topics: work-energy theorem, conservative vs non-conservative forces, gravitational PE, spring PE, energy bar charts, power
Unit 5: Momentum
12-18% of examLinear momentum, impulse, conservation of momentum, elastic and inelastic collisions, center of mass.
Key topics: impulse-momentum theorem, conservation of momentum, elastic vs inelastic collisions, explosion problems, 2D collisions
Unit 6: Simple Harmonic Motion
4-6% of examSprings, pendulums, period, frequency, amplitude, and energy in oscillating systems.
Key topics: Hooke's law, period of spring and pendulum, energy transformations in SHM, damping, resonance
Unit 7: Torque & Rotational Motion
12-18% of examTorque, rotational kinematics, rotational dynamics, angular momentum, rolling motion, and rotational energy.
Key topics: torque, moment of inertia, angular acceleration, rotational kinetic energy, angular momentum conservation, rolling without slipping
Study Time Allocation Tip
Units 2 (Dynamics), 4 (Energy), 5 (Momentum), and 7 (Torque & Rotational Motion) carry the highest exam weights. Together they can make up 52-78% of your exam. Energy alone can be up to 24%, making it the single most important unit. Prioritize these units during your intensive review period, but do not neglect Kinematics since it is foundational to everything else.
Unit-by-Unit Study Strategies
Each AP Physics 1 unit demands a slightly different study approach. Here are targeted strategies for the most challenging and highest-weighted units.
Unit 4: Energy (Highest Weight - Up to 24%)
Energy is the most heavily tested unit on AP Physics 1. The College Board wants to see that you can analyze any physical system through the lens of energy conservation. This unit connects to virtually every other unit on the exam.
- Master energy bar charts. Practice drawing before/after energy bar charts for every type of problem: springs, pendulums, inclines, collisions. These visual tools make energy conservation intuitive.
- Understand when energy is conserved vs. not. Know the difference between conservative forces (gravity, springs) and non-conservative forces (friction, air resistance). If non-conservative forces do work, total mechanical energy is not conserved.
- Connect energy to every other unit. Practice solving kinematics problems using energy methods, analyze collisions through both momentum and energy, and understand rotational kinetic energy for Unit 7.
- Use LectureScribe to capture energy problem solutions. Record your teacher working through energy conservation problems and let LectureScribe generate step-by-step flashcards for each approach.
Unit 2: Dynamics - Newton's Laws (The Foundation)
Dynamics is the backbone of AP Physics 1. If you do not deeply understand Newton's laws and free-body diagrams, every subsequent unit becomes harder. This is where most students either build a strong foundation or start falling behind.
- Draw free-body diagrams for EVERY problem. This is the single most important habit in AP Physics 1. Even if a problem does not ask for a free-body diagram, draw one anyway. Label all forces with proper notation.
- Understand Newton's Third Law deeply. Identify action-reaction pairs correctly. Remember that third-law pairs act on different objects and are always equal and opposite.
- Master inclined plane problems. Resolve forces into components along and perpendicular to the incline. Practice with and without friction on various angles.
- Use LectureScribe to build a force diagram library. Upload lectures on dynamics and generate flashcards that pair physical scenarios with their correct free-body diagrams.
Unit 7: Torque & Rotational Motion (The Tricky Unit)
Rotational motion is often taught last and students run out of time to master it. However, it carries up to 18% of the exam weight. The key insight is that rotational motion mirrors linear motion: torque is the rotational analog of force, angular momentum is the analog of linear momentum, and moment of inertia is the analog of mass.
- Build a linear-rotational analogy table. Create a side-by-side comparison: force/torque, mass/moment of inertia, velocity/angular velocity, momentum/angular momentum, F=ma/τ=Iα.
- Practice torque problems with extended bodies. Understand how the point of force application and angle matter. Practice balancing problems and rotational equilibrium.
- Understand angular momentum conservation. Know when angular momentum is conserved (no net external torque) and practice problems like the ice skater pulling arms in.
- Do not skip rolling motion. Rolling without slipping combines translational and rotational kinetic energy. This is a favorite exam topic that many students avoid.
Free-Response Question Mastery
The FRQ section is where AP Physics 1 separates itself from other AP exams. Unlike multiple choice, where you select the best answer, FRQs require you to explain your reasoning in words, derive equations, design experiments, and translate between representations. This is where most students lose the most points, but it is also where the biggest gains can be made with targeted practice.
The five FRQs include a mix of experimental design questions, quantitative/qualitative translation questions, and short-answer paragraph-length response questions. Each question typically has multiple parts and tests several science practices at once.
Strategy 1: Always Start with a Diagram
For every FRQ, begin by drawing a diagram even if one is not explicitly required:
- Free-body diagrams for any force-related problem.
- Energy bar charts for conservation of energy questions.
- Before/after sketches for collision and momentum problems.
- Motion diagrams for kinematics scenarios.
Diagrams earn points on their own and help you organize your thinking for the written explanation.
Strategy 2: Master Experimental Design FRQs
AP Physics 1 always includes an experimental design question. You must clearly identify: the independent variable (what you change), the dependent variable (what you measure), controlled variables (what you keep constant), the procedure (step by step), and how you would analyze the data (usually graphing a linear relationship). Practice writing these out fully. Vague answers like "measure the velocity" without specifying how lose points.
Strategy 3: Quantitative/Qualitative Translation
These questions give you a physical scenario and ask you to both derive a mathematical expression and explain in words what happens and why. The key is to connect your equation to the physical reality. For example, do not just write "v increases"; explain why velocity increases by referencing the net force, the acceleration, and the resulting change in motion. Graders want to see that you understand the physics, not just the math.
Strategy 4: Use Physics Vocabulary Precisely
AP Physics 1 graders are trained to look for specific physics vocabulary. Saying "the ball has more energy" is weaker than saying "the kinetic energy of the ball increases because the net force does positive work on it." Use terms like net force, acceleration, displacement, work, impulse, and conservation precisely. LectureScribe flashcards can help you internalize proper physics terminology from your teacher's lectures.
FRQ Practice Recommendation
Write at least 2 full FRQ responses per week during your final review period. Time yourself strictly (18 minutes per question). Then grade yourself using the College Board scoring rubrics, which are publicly available for past AP Physics 1 exams. Pay special attention to the justification points, which require connecting your answer to a physics principle using complete reasoning.
MCQ Strategies & Techniques
The 40 multiple-choice questions on AP Physics 1 test conceptual understanding more than computational ability. Many questions present physical scenarios and ask you to predict outcomes, compare situations, or identify correct reasoning. Some questions are multi-select, meaning two correct answers must both be chosen.
Here are the techniques that consistently help students improve their MCQ scores:
Think Conceptually Before Calculating
Many AP Physics 1 MCQs can be answered without any calculation at all. Before reaching for an equation, ask yourself: What physics principle applies here? What should happen qualitatively? Often you can eliminate 2-3 answer choices through conceptual reasoning alone, which is faster and less error-prone than computation.
Watch for Direction and Sign Errors
Physics is a vector science. Many wrong answer choices are the result of common sign or direction errors. Always define a positive direction before starting a problem, and be careful with signs in momentum, force, and energy problems. If your answer matches a choice but with the wrong sign, double-check your direction convention.
Use Extreme Cases
When stuck on a conceptual question, test extreme cases. What happens if the mass goes to infinity? What if friction goes to zero? What if the angle is 0 or 90 degrees? Extreme cases often make the correct answer obvious and can quickly eliminate wrong choices.
Do Not Overthink Multi-Select
Multi-select questions tell you to choose two answers. Evaluate each choice independently as true or false for the given scenario. Do not second-guess yourself by looking for connections between the two correct answers. Each correct choice stands on its own based on the physics.
Complete AP Physics 1 Study Timeline
AP Physics 1 preparation happens largely during the school year through your AP Physics class. However, the final 4-6 weeks before the May 6 exam are critical. Because AP Physics 1 emphasizes conceptual understanding, you cannot cram equations the night before. Your review period must focus on deepening understanding and practicing FRQ writing.
During the School Year (September - March)
Build a strong conceptual foundation as you learn each unit in class.
Weekly Habits
- - Record your AP Physics lectures and upload to LectureScribe within 24 hours
- - Review generated flashcards the same day focusing on conceptual definitions
- - Work through every assigned practice problem, showing full solutions with diagrams
- - Watch Flipping Physics videos for each topic as supplemental explanation
- - Draw free-body diagrams for every dynamics problem, even simple ones
- - Complete AP Classroom progress checks after each topic
After Each Unit Test
- - Analyze your mistakes: categorize them as conceptual gaps, math errors, or diagram errors
- - Rework every problem you got wrong until you can solve it without looking at the solution
- - Write a one-page conceptual summary connecting the unit to previous units
- - Attempt 1-2 past AP FRQs related to the unit you just completed
6-Week Intensive Review (Late March - May 6)
This is where you transform from "learned it in class" to "exam ready." Allocate 2-3 hours daily.
Weeks 1-2: Conceptual Review Blitz
- - Review all 7 units using your LectureScribe summaries and class notes
- - Focus extra time on Units 2, 4, 5, and 7 (highest exam weight)
- - Rebuild your equation understanding: for each equation, write what it means in words
- - Watch Flipping Physics review videos for all units
- - Take the first full-length AP practice exam (time yourself strictly)
Weeks 3-4: Practice & Weak Spots
- - Analyze practice exam results and identify your weakest 2-3 units
- - Complete AP Classroom question bank for weak units
- - Write 2 full FRQ responses per week (timed at 18 min each) and self-grade with rubrics
- - Practice experimental design: write out full procedures for common physics experiments
- - Take second full-length practice exam
Weeks 5-6: Exam Simulation & Confidence
- - Take final full-length practice exam under real conditions
- - Review all flashcards focusing on conceptual understanding cards
- - Do a rapid review of all 7 units using one-page conceptual summary sheets
- - Practice 1 FRQ daily from released College Board AP Physics 1 exams
- - Final 2 days: light review, rest, and confidence building
AI Time Savings for AP Physics 1
Students using LectureScribe for AP Physics 1 report saving approximately: 6-10 hours on flashcard creation across the school year, 4-7 hours on note organization and summarization, and 3-5 hours on creating review materials. That is 13-22 extra hours you can redirect to practice problems and FRQ writing, which have the highest correlation with score improvement on this conceptually demanding exam.
How AI Transforms AP Physics 1 Preparation
Traditional AP Physics 1 prep involves hours of rewatching lectures, manually creating study notes, and searching for good practice problems. AI tools in 2026 address these pain points while freeing up time for the highest-value activity: solving practice problems and writing FRQ responses with proper conceptual explanations.
Automated Concept Flashcard Generation
AP Physics 1 has dozens of key concepts, laws, and relationships to internalize. Creating flashcards manually for every lecture takes significant time. LectureScribe reduces this to minutes by analyzing your lecture recordings and generating targeted flashcards that capture conceptual definitions, law statements, and the reasoning your teacher emphasized, not just formulas.
Intelligent Lecture Summarization
A typical AP Physics 1 course involves 100+ hours of lecture content. AI tools can condense each lecture into structured summaries organized by key principles, equations with conceptual explanations, and problem-solving strategies. Reviewing a full unit in 30 minutes instead of re-watching hours of recordings means more time for practice problems.
AI-Generated Quiz Questions
Beyond flashcards, LectureScribe generates quiz questions from your lecture content that test conceptual understanding. These questions mimic the style of AP Physics 1 MCQs by asking you to reason about physical scenarios rather than just compute answers. Combined with spaced repetition, this builds the deep understanding that the exam demands.
Best AI Apps for AP Physics 1 Prep in 2026
The right combination of tools makes AP Physics 1 preparation dramatically more efficient. Here are the best options for each aspect of studying.
LectureScribe
AI-Powered Lecture Transcription & Flashcard Generation
LectureScribe is the ideal study companion for AP Physics 1. Record your physics teacher's lectures on energy conservation, Newton's laws, or rotational motion, then upload the recording. Within minutes, LectureScribe generates organized notes, targeted flashcards, and conceptual study guides covering exactly what your teacher covered. This is especially powerful because AP Physics 1 tests conceptual understanding, and your teacher's explanations are often the best source of that deep reasoning.
Upload a 50-minute AP Physics lecture and get 30-50 targeted flashcards covering concepts, law statements, problem-solving approaches, and key relationships your teacher emphasized.
Ask follow-up questions about concepts from your lectures. Struggle with torque? The AI tutor can re-explain using different examples drawn from your actual class content.
Works with live lecture recordings, Flipping Physics YouTube videos, textbook chapter PDFs, and even photos of your handwritten physics notes and diagrams.
Automatically generates conceptual quiz questions from your lectures that mirror the style of AP Physics 1 MCQs, testing understanding rather than rote memorization.
Pricing
1 Free Upload | $9.99/month
Flipping Physics (YouTube)
Engaging AP Physics 1 video lessons and problem walkthroughs
Flipping Physics is the gold standard YouTube channel for AP Physics 1. Each video covers a specific concept or problem type with clear explanations and engaging presentation. The channel has comprehensive coverage of all 7 units, making it a perfect supplement to your classroom instruction. Upload these videos to LectureScribe to generate flashcards and notes automatically.
Pricing
Free (YouTube)
AP Classroom
Official College Board practice questions and resources
AP Classroom is the College Board's own platform, and it contains the most exam-representative practice questions available for AP Physics 1. The question bank includes both MCQ and FRQ practice organized by unit and skill. Since the AP Physics 1 exam is written by the College Board, these materials give you the closest possible preview of what you will see on test day. Pay special attention to the FRQ practice with scoring rubrics.
Pricing
Free (through your AP course enrollment)
Recommended AP Physics 1 Study Stack
Combine these tools for the most efficient AP Physics 1 prep:
- 1LectureScribe - Convert physics lectures into flashcards, quizzes, and study guides ($9.99/mo)
- 2Flipping Physics - Watch conceptual explanations and problem walkthroughs (Free)
- 3AP Classroom - Official practice questions, progress checks, and FRQ rubrics (Free)
- 4Your Textbook - Work through end-of-chapter problems for every unit systematically
- 5Released AP Exams - Practice with real past exams and scoring guidelines from College Board (~Free)
Total investment: ~$120 for the year. Compare to private AP Physics tutoring at $60-120 per hour.
Common AP Physics 1 Mistakes to Avoid
After reviewing thousands of AP Physics 1 exam responses and interviewing students and teachers, these are the most common mistakes that cost points on exam day.
Plugging Numbers Without Understanding
The number one mistake on AP Physics 1 is grabbing an equation from the reference sheet and plugging in numbers without understanding why that equation applies. The exam is designed to catch this approach. Many MCQ distractors are the result you get by using the wrong equation correctly. Always start by identifying the physics principle, then select the appropriate equation.
Not Drawing Free-Body Diagrams
Skipping free-body diagrams is the second most costly mistake. On FRQs, diagrams often carry their own points. On MCQs, a quick FBD can immediately clarify which forces are acting and in what direction, preventing errors. Make it an unbreakable habit: if forces are involved, draw a free-body diagram first. Every. Single. Time.
Forgetting Units and Directions
Physics is a quantitative science where units and directions matter. Losing track of units mid-calculation leads to wrong answers, and forgetting that velocity, force, and acceleration are vectors (with direction) causes sign errors. Always include units in your work and explicitly define positive/negative directions at the start of each problem.
Confusing Velocity, Acceleration, and Displacement
Many students mix up these three kinematic quantities. An object moving upward can have downward acceleration (think of a ball thrown up). An object with zero velocity can have non-zero acceleration (think of a ball at the top of its path). An object with constant speed can be accelerating (circular motion). Make sure you can clearly distinguish between position, velocity, and acceleration in any scenario.
Ignoring Signs in Momentum and Energy Problems
Momentum is a vector, and direction matters in every collision problem. Energy, while a scalar, requires careful attention to whether work is positive (adding energy) or negative (removing energy). Students who set up problems without defining a sign convention consistently make errors in collision and energy conservation problems. Always define your positive direction before writing any equations.
Score Targets & College Credit
Understanding what each AP Physics 1 score means for college credit helps you set realistic goals and stay motivated. Keep in mind that AP Physics 1 has one of the toughest score distributions of any AP exam.
Score of 5: Extremely Well Qualified
Earned by approximately 7-8% of test-takers, making it one of the rarest 5s across all AP exams. A 5 earns credit at virtually all colleges, often exempting you from introductory algebra-based physics. At selective schools, a 5 demonstrates exceptional conceptual understanding.
What it takes: Deep conceptual understanding of all 7 units, strong FRQ writing skills with precise physics vocabulary, ability to design experiments and translate between quantitative and qualitative representations.
Score of 4: Well Qualified
Earned by approximately 18% of test-takers. A 4 earns credit at most colleges and is considered a strong score that demonstrates genuine physics understanding. Many state universities grant a full semester of algebra-based physics credit for a 4.
What it takes: Solid conceptual understanding of most units, ability to write coherent FRQ responses that address all parts, comfortable with experimental design questions.
Score of 3: Qualified
Earned by approximately 20% of test-takers. A 3 is the minimum score for college credit at many institutions, though engineering programs and competitive schools may require a 4 or 5. Even if your target school does not accept a 3, the physics foundation you build provides an excellent base for college-level courses.
What it takes: Reasonable understanding of most units, ability to attempt all FRQ parts, comfortable with basic force analysis and energy conservation problems.
Engineering Students: A Special Note
If you are planning an engineering track in college, AP Physics 1 provides a strong conceptual foundation. However, most engineering programs require calculus-based physics (covered by AP Physics C). A strong AP Physics 1 score shows you understand the concepts, making AP Physics C or college physics significantly easier. Many students who score well on AP Physics 1 go on to excel in college-level mechanics courses.
Frequently Asked Questions About AP Physics 1
How long should I study for the AP Physics 1 exam?
Most students prepare throughout the school year during their AP Physics 1 course, then add 4-6 weeks of intensive review before the May exam. During the school year, plan for 1-2 hours of daily practice problems on top of class time. In the final review period, increase to 2-3 hours daily with a heavy focus on free-response practice. AI tools like LectureScribe can reduce content review time by converting your physics lectures into flashcards and summaries automatically.
Why is AP Physics 1 so hard?
AP Physics 1 has one of the lowest 5-rates of any AP exam (around 7-8%) because it demands deep conceptual understanding rather than memorization or formula plugging. Students must explain physical phenomena in words, design experiments, and translate between quantitative and qualitative representations. Many students struggle because they rely on plugging numbers into equations without truly understanding the underlying physics concepts. The exam is designed to test whether you understand the why, not just the how.
What score do I need on AP Physics 1 for college credit?
Most colleges grant credit or placement for a score of 3 or higher on AP Physics 1. However, more selective institutions and engineering programs often require a 4 or 5. Some schools grant credit for introductory algebra-based physics with a 3, but require a 4 or 5 to satisfy engineering prerequisites. Always check your target college's specific AP credit policy, as these vary significantly between institutions.
Do I need calculus for AP Physics 1?
No, AP Physics 1 is algebra-based and does not require calculus. You need strong algebra and trigonometry skills, but no derivatives or integrals. If you are comfortable with solving equations, working with vectors, and basic trigonometric functions (sine, cosine, tangent), you have the math background needed. AP Physics C is the calculus-based version for students who want that additional mathematical rigor.
What are the best practice problems for AP Physics 1?
The best practice problems come from AP Classroom (official College Board questions), released AP Physics 1 free-response questions from past exams, and Flipping Physics YouTube channel which walks through problems step by step. For additional practice, use LectureScribe to generate quiz questions from your lecture recordings, and work through problems in your textbook systematically. Focus on problems that require conceptual explanations, not just numerical answers.
What is the difference between AP Physics 1 and AP Physics C?
AP Physics 1 is algebra-based and covers a broad range of topics including kinematics, dynamics, energy, momentum, rotational motion, and simple harmonic motion. AP Physics C is calculus-based and is split into two separate exams: Mechanics and Electricity & Magnetism. Physics C goes deeper into fewer topics but requires calculus. Most pre-engineering students take Physics C, while Physics 1 is better suited for life science majors and students without calculus background.
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