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AP Physics 1: Algebra Based Expert Coaching to Score 5
Master AP Physics 1 with Personalized 1-on-1 Coaching
AP Physics 1: Algebra-Based – Expert Coaching to Score 5
Master AP Physics 1: Algebra-Based with Personalized 1-on-1 Coaching
Get expert tutoring, comprehensive study resources, and a structured roadmap designed to help you score a 5 on your AP Physics 1 exam.
Learn from top AP Physics tutors, practice with real AP-style mechanics questions, and build the confidence and problem-solving skills you need to excel in your AP Physics 1 exam.
Discover Your Starting Point
Kick off with an AP Physics 1 diagnostic test to map out your strengths and improvement areas.
Build a Smart Study Plan
Follow a tailored AP Physics 1 study plan built around your goals and strengths.
1-on-1 Live Coaching
Study with AP Physics 1 experts dedicated to helping you achieve a 5.
Progress Tracking
Measure your AP Physics 1 progress with frequent tests and expert insights.
Have questions about AP Physics 1 coaching?
Get expert 1-on-1 help to master kinematics, forces, energy, momentum, and more — and score a 5.
Contact us to learn more or book a free demo.
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Course Overview – AP Physics 1- Algebra Based
Unit 1: Kinematics
Exam Weighting: Represents 10–15% of the AP Physics 1 exam.
What You’ll Learn:
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How objects move in 1D and 2D, including displacement, velocity, and acceleration, explained through real-life examples.
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How to interpret motion graphs and use motion equations, helping you understand how to predict and describe the movement of objects.
Unit 2: Force & Translational Dynamics
Exam Weighting: Represents 18–23% of the AP Physics 1 exam.
What You’ll Learn:
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How forces affect motion, using Newton’s laws to explain acceleration, interactions, and equilibrium.
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How to build and analyze free-body diagrams, giving you a deeper understanding of how multiple forces act on an object.
Unit 3: Work, Energy & Power
Exam Weighting: Represents 10–12% of the AP Physics 1 exam.
What You’ll Learn:
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How energy is stored, transferred, and conserved, including kinetic, potential, and spring energy.
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How work and power relate to motion, helping you understand when energy is gained, lost, or transformed.
Unit 4: Linear Momentum
Exam Weighting: Represents 18–23% of the AP Physics 1 exam.
What You’ll Learn:
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How and why objects rotate, using torque, rotational inertia, and angular acceleration.
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How rotational motion connects to linear motion, helping you analyze everyday systems like wheels, levers, and gears.
Unit 5: Torque & Rotational Dynamics
Exam Weighting: Represents 15–18% of the AP Physics 1 exam.
What You’ll Learn:
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How and why objects rotate, using torque, rotational inertia, and angular acceleration.
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How rotational motion connects to linear motion, helping you analyze everyday systems like wheels, levers, and gears.
Unit 6: Energy & Momentum in Rotating Systems
Exam Weighting: Represents 17–20% of the AP Physics 1 exam.
What You’ll Learn:
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How energy and momentum apply to rotating objects, from spinning discs to rolling wheels.
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How angular momentum is conserved, explaining real-world behavior like faster spinning when mass moves closer to the axis.
Unit 7: Oscillations
Exam Weighting: Represents 6–9% of the AP Physics 1 exam.
What You’ll Learn:
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How springs, pendulums, and other systems oscillate, following principles of simple harmonic motion.
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How energy shifts during oscillations, helping you understand cycles, frequency, and periodic behavior.
Unit 8: Fluids
Exam Weighting: Represents 10–15% of the AP Physics 1 exam.
What You’ll Learn:
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How fluids behave under pressure, including buoyancy, density, and fluid statics.
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How fluids move and flow, using Bernoulli’s principle and continuity to explain real-world applications like airplanes, pumps, and pipes.
Start Your AP Physics 1 Success Journey
Getting started with your AP Physics 1 prep is simple, transparent, and stress-free. Our onboarding process ensures a smooth start to your AP journey — because mastering physics concepts shouldn’t feel overwhelming. From your first consultation to exam day, our expert tutors support you with personalized study plans, proven strategies, and structured guidance. Here’s how our AP Physics 1 coaching process works:
Book Free Demo
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Try a free 60-minute AP Physics 1 demo — no payment, no pressure.
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Experience expert coaching designed to help you score a 5.
Meet Your Tutor
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Match with a top AP Physics 1 tutor tailored to your style.
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Start with a quick intro call.
Get Custom Plan
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Get a personalized AP Physics 1 study roadmap tailored to your goals.
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Your tutor builds a custom plan to help you score a 5.
Start Learning
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Start your weekly 1-on-1 AP Physics 1 coaching sessions.
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Learn at your own pace with flexible, engaging lessons.
Book a free Demo Session
FAQ
We believe in complete transparency. If you have questions about our AP Physics 1 coaching program, teaching methods, or what makes us different, we want you to have clear, honest answers. Here are some of the most common questions students and parents ask before beginning their AP Physics 1 preparation.
AP Physics 1 is an algebra-based introductory physics course that covers fundamental concepts such as kinematics, Newton’s laws, forces, energy, momentum, circular motion, torque, and rotational dynamics.
It focuses heavily on conceptual understanding, mathematical reasoning, and real-world application of physics principles.AP Physics 1 is considered one of the more challenging AP courses because it requires strong conceptual understanding, problem-solving skills, and reasoning.
Students can prepare effectively by:-
Practicing AP-style multiple-choice and free-response questions
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Reviewing formulas and understanding their applications
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Taking regular practice tests
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Getting help from an experienced AP Physics 1 tutor
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Strengthening algebra skills
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No — AP Physics 1 is designed for beginners.
While having basic exposure to physics helps, the course starts from fundamentals. Students only need:-
Strong algebra skills
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Comfort with graphs and basic trigonometry
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Willingness to learn through experimentation and reasoning
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The AP Physics 1 exam demonstrates that a student can handle rigorous STEM coursework, which is valuable for college admissions—especially for majors like engineering, computer science, physics, and math.
A strong score can help students stand out and provide college credit or placement, depending on the university.To score a 5, students should:
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Master core concepts instead of memorizing formulas
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Practice AP FRQs, especially experimental-design questions
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Solve past AP Physics 1 papers and timed practice tests
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Build a strong foundation in Newton’s laws, energy, momentum, and rotation
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Follow a personalized study plan tailored to the student’s strengths and weaknesses
Working with an experienced AP Physics 1 tutor can significantly improve performance by providing structured support and targeted practice.
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