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The AP Physics C: Mechanics exam attracts the strongest STEM students in the world — and even within that pool, only about one in five scores a 5. Every part of our coaching is engineered to put you in that top tier.
AP Physics C: Mechanics Online Coaching — 1-on-1 Tutoring to Score a 5
The most respected AP Physics C: Mechanics online classes for engineering and physics-track students worldwide — taught by calculus-fluent specialists, structured around the current exam format, and scheduled to fit students from the US, Canada, UK, UAE, India, Singapore, and beyond.
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Master calculus-based AP Physics C: Mechanics topics including kinematics, energy, momentum, rotational motion, and oscillations
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Build strong derivation, problem-solving, and FRQ skills through personalised 1-on-1 coaching and rigorous practice
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Learn calculus-integrated physics reasoning, analytical techniques, and proven strategies for both MCQs and FRQs
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Prepare with score-focused study material, targeted exam preparation, and expert guidance designed to help students aim for a 5
1-on-1 Live Classes
Flexible Timings (All Time Zones)
Score 5 or Money-Back Guarantee*
Affordable Packages
AP Physics C: Mechanics at a Glance
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Course: AP Physics C: Mechanics (College Board)
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Equivalent to: First-semester calculus-based university mechanics
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Exam Date: Held annually in May (refer to College Board for the current date)
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Format: Hybrid Digital — MCQ via Bluebook app, FRQ on paper booklet
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Duration: 3 hours total (80 min MCQ + 100 min FRQ)
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Total Questions: 44 (40 multiple-choice + 4 free-response)
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Score Scale: 1 to 5
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Units Covered: 7 units
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EduShaale Program Length: 30-40 hours (flexible pacing)
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Mode: Fully online, live 1-on-1 classes
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Math Required: AP Calculus AB or BC (concurrent or completed)
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Calculator: Permitted on every section
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Equation Sheet: Provided by College Board
Why Choose EduShaale for AP Physics C: Mechanics Coaching?
AP Physics C: Mechanics is taken almost exclusively by serious STEM-bound students — and the bar is calibrated accordingly. Picking the right tutor is what gets you from "I understand it" to "I can solve any FRQ they throw at me." Here's why families across 20+ countries choose our AP Physics C online classes.
1-on-1 Calculus-Fluent Tutors
Train under a Physics C specialist — usually an IIT, NIT, or international top-university alumnus with deep comfort in both calculus and Newtonian mechanics. Sessions move at the pace of derivation and reasoning, not memorisation, and every class adapts to where you actually need work.
Score Guarantee
89% of EduShaale's AP Physics C: Mechanics students score a 4 or 5, well above the global average. Don't hit your target? We continue coaching you free of charge until your next exam attempt — that's how confident we are in our methodology.
Comprehensive Study Material
Full Physics C resource library: 12+ hybrid-format mock tests built around the current 40-MCQ / 4-FRQ structure, 2,000+ unit-tagged calculus-based MCQs, 110+ past and sample FRQs with model derivations, 200+ video explainers, and our signature integral-form energy methods guide.
Affordable & Flexible
Top-tier coaching at 40–60% below typical US tutoring rates, with EMI-friendly plans available on request. Classes run 7 days a week across every time zone — pause, reschedule, or shift sessions whenever life requires it.
Rotational dynamics with calculus felt impossible before EduShaale. My tutor walked me through every derivation — moment of inertia, angular momentum, all of it. Walked into the exam ready, walked out with a 5.
Ethan Taylore
5 in AP Physics C: Mechanics (USA)
The new 4-FRQ format threw a lot of students off, but the FRQ boot camp prepared me for every question type. My tutor's derivation-first approach was exactly what I needed for the 5.
Maya Krishnan
5 in AP Physics C: Mechanics (USA)
I was already taking AP Calculus BC, and EduShaale connected the calculus directly to the physics. Suddenly integrals and derivatives in mechanics made sense — final score was a 5.
Yusuf Ahmed
5 in AP Physics C: Mechanics (Middle East)
Our Story in Numbers
Behind every figure is a student who trusted us with one of the toughest decisions of their academic life — and a result that delivered. These numbers reflect what calculus-fluent tutors and a personalised approach produce, year after year.
Students Accepted
15K +
Success Rate
97%
IVY League Admits
100+
12+ Full-Length Mock Tests
Realistic mocks built around the new 40-MCQ (80 min) + 4-FRQ (100 min) structure, with calculus-tagged analytics that show exactly where derivative or integral skills slip.
2,000+ AP-Style MCQs
A unit-tagged problem bank covering kinematics, dynamics, energy, momentum, rotation, oscillations, and gravitation — every problem set up to require both physics reasoning and calculus operations.
110+ Past & Sample FRQs
Complete FRQ library covering the four new skill-based categories: experimental design / lab reasoning, symbolic derivation, qualitative/quantitative translation, and short answer — each with model derivations and rubric-aligned scoring notes.
Unit-Wise Concept Notes
Focused, derivation-first notes mapped to every Learning Objective across all 7 Physics C units — written for clarity, not bulk.
Equation Sheet & Calculus Pack
The official College Board AP Physics C equation sheet plus our signature calculus-in-physics shortcut pack, integration techniques cheat sheet, and rotational-translational analogy decision tree.
Course Overview – AP Physics C: Mechanics
Unit 1: Kinematics
Exam Weight: About 10–15% of the total exam.
What You’ll Learn:
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Describing motion in one and two dimensions using calculus.
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Deriving velocity from position and acceleration from velocity using derivatives.
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Recovering position and velocity from acceleration using integration.
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Analysing projectile motion with independent component equations.
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Applying calculus to motion graphs to extract velocity, acceleration, and displacement.
Unit 2: Force & Translational Dynamics ⭐
Exam Weight: About 18–23% of the total exam.
What You’ll Learn:
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Applying Newton's three laws to single bodies and multi-object systems.
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Drawing and labelling free-body diagrams as the foundation for any FRQ.
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Solving differential equations for motion under variable forces (e.g. drag, position-dependent forces).
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Analysing tension, friction, and contact forces in inclined plane and pulley systems.
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Working with both vector and component-form Newton's second law.
Unit 3: Work, Energy & Power ⭐
Exam Weight: About 18–23% of the total exam.
What You’ll Learn:
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Computing work as a line integral of force along a path.
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Applying the work-energy theorem to systems with variable forces.
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Deriving and using the relationship between conservative forces and potential energy via differentiation.
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Working with potential energy curves to predict motion.
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Calculating instantaneous and average power.
Unit 4: Linear Momentum
Exam Weight: About 10–15% of the total exam.
What You’ll Learn:
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Applying impulse-momentum theorem with integral forms (impulse = ∫F dt).
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Conservation of linear momentum in elastic, inelastic, and 2D collisions.
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Locating and analysing the centre of mass for discrete and continuous systems.
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Deriving centre-of-mass motion using integration.
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Solving variable-mass problems (e.g. rocket equations).
Unit 5: Torque & Rotational Dynamics ⭐
Exam Weight: About 10–15% of the total exam.
What You’ll Learn:
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Computing torque as a cross product and analysing its rotational effect.
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Applying Newton's second law for rotation: τ = Iα.
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Deriving moment of inertia for rigid bodies using integration (rods, disks, spheres, hoops).
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Applying the parallel axis theorem and perpendicular axis theorem.
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Analysing rolling motion with and without slipping.
Unit 6: Energy & Momentum in Rotating Systems
Exam Weight: About 5–8% of the total exam.
What You’ll Learn:
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Calculating rotational kinetic energy and combining it with translational KE.
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Applying conservation of angular momentum to spinning, orbiting, and collapsing systems.
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Analysing systems with simultaneous rotational and translational motion.
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Working through angular impulse problems with τ-t curves.
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Solving problems involving figure skaters, gyroscopes, and orbital mechanics.
Unit 7: Oscillations
Exam Weight: About 5–8% of the total exam.
What You’ll Learn:
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Modelling simple harmonic motion (SHM) using the differential equation d²x/dt² = -ω²x.
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Deriving period and frequency for mass-spring and pendulum systems.
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Working with energy methods for SHM systems.
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Analysing physical pendulums using moment of inertia.
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Interpreting position, velocity, and acceleration as time-dependent sinusoidal functions.
Our 4-Step AP Physics C: Mechanics Coaching Roadmap
Step 1
Free Diagnostic Assessment
Begin with a no-obligation 60-minute diagnostic covering all 7 units — and crucially, the calculus skills (derivatives, integrals, differential equations) you'll need to apply throughout the course. Gaps in calculus surface here so they don't surface in May.
Step 2
Personalised Study Plan
Your tutor builds a week-by-week plan calibrated to your exam date, AP Calculus progress, school schedule, and time zone — with extra weight on Units 5 and 6 (rotational dynamics and angular momentum) where most students lose marks.
Step 3
Live 1-1 Online Classes
Attend 2–3 weekly live sessions: derivation walkthroughs → worked examples → calculus-applied problem-solving → homework → real-time doubt resolution on WhatsApp between classes.
Step 4
Mocks, FRQs & Exam Simulation
By month 3 you're in full simulation mode — timed full-length mocks under the new 80/100 split, dedicated symbolic derivation FRQ workshops, lab-reasoning drills, and walkthroughs of every released paper from the redesigned format.
Who Should Enroll in AP Physics C: Mechanics Coaching?
Future Engineers
Students targeting mechanical, aerospace, civil, electrical, or any other engineering discipline at top engineering schools — Physics C is the standard expectation.
Physics & Mathematics Majors
Students planning to major in physics, applied mathematics, astrophysics, or related theoretical fields where calculus-based physics is non-negotiable.
Computer Science & Quantitative Tracks
Students applying to top computer science, data science, or quantitative finance programs that value mathematical rigour over breadth.
AP Calculus Students
Students currently enrolled in or having completed AP Calculus AB or BC, ready to apply calculus tools to Newtonian mechanics in real time.
Non-AP School Students
Self-study candidates whose schools don't offer Physics C — we manage the full syllabus, calculus integration, and registration through authorised test centres.
AP Physics 1 Graduates
Students who completed AP Physics 1 and want the deeper, calculus-based version of the same mechanics topics — typically targeting more selective universities.
AP Physics C: Mechanics
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College equivalent: First-semester calculus-based university mechanics
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Math required: AP Calculus AB or BC (concurrent or completed)
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Topics: Kinematics, dynamics, energy, momentum, rotation, oscillations, gravitation
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Exam duration: 3 hours
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Difficulty: High (but high 5-rate among self-selected students)
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Best for: Engineering, physics, and advanced STEM applicants
AP Physics 1: Algebra-Based
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College equivalent: First-semester intro college physics
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Math required: Algebra 2 + basic trigonometry
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Topics: Mechanics + Fluids (8 units total)
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Exam duration: 3 hours
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Difficulty: High (lowest 5-rate of any AP science)
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Best for: Pre-med, life sciences, and students new to physics
AP Physics C: E&M
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College equivalent: Second-semester calculus-based university physics
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Math required: AP Calculus BC (multivariable concepts helpful)
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Topics: Electrostatics, conductors/dielectrics, circuits, magnetism, EM induction
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Exam duration: 3 hours
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Difficulty: Highest of the AP physics suite
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Best for: Students continuing from Mechanics into electrical engineering or physics
STARTER
Starter Package — Built for: Targeted prep on specific units (rotational dynamics, oscillations) plus FRQ practice. Includes:
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10–18 one-on-one hours
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Mock test access + study material library
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FRQ workshops
FULL PREP ⭐
(Most Popular)
Full Prep Package — Built for: Comprehensive 5-month AP Physics C: Mechanics preparation from Unit 1 through Unit 7. Includes::
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35–55 one-on-one hours
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Full mock test access + complete study material
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Dedicated symbolic derivation FRQ boot camp
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Calculus-in-physics integration sessions
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Score guarantee
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Priority WhatsApp support
SCORE BOOSTER
Score Booster Package — Built for: Retakers moving from a 3 or 4 to a 5. Includes:
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Custom gap-filling curriculum
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Advanced drills on rotational dynamics, integral-form energy methods, and SHM derivations
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Exam-day strategy masterclass
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Score guarantee
Prep Tips from Our AP Physics C: Mechanics Tutors
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Begin 6–8 months out. The current format demands mastery of 80 minutes of MCQs and 100 minutes of FRQs — neither is something you can cram.
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Lock in your calculus first. Derivatives, integrals, and basic differential equations should be muscle memory before Unit 1.
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Master Units 2 and 3 cold. Force/Translational Dynamics and Work/Energy/Power together drive nearly a third of the exam.
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Learn moment-of-inertia derivations from scratch. They appear in FRQs every year and most students try to memorise instead of derive.
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Practise symbolic derivation FRQs weekly. This is the highest-leverage skill on the current format — variables-only solutions with no plug-in.
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Draw a free-body diagram every time. Even when the problem looks simple. Skipping it is the most common FRQ mistake.
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Use both energy methods and Newton's laws. Knowing when each is faster is what separates a 4 from a 5.
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Work through every released FRQ you can find. Pattern recognition is half the prep — patterns repeat year after year.
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Memorise rotational-translational analogies. F→τ, m→I, v→ω, p→L. They cut your study time in half.
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Mock under real conditions from month 3 — 3 hours, calculator, paper FRQ booklet. The pacing genuinely matters.
Book Your Free AP Physics C: Mechanics Demo Class
Try before you enrol. Your free 60-minute AP Physics C: Mechanics demo includes a diagnostic check, a live teaching sample from a calculus-fluent physics specialist, a preview of your personalised study plan, and direct answers to every question you have.
📞 +91 90195 25923 · 📧 info@edushaale.com · Limited slots Enroll Now.
FAQ
We believe in complete transparency. If you have questions about our AP Physics C 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 starting their AP Physics C preparation.
AP Physics C is a calculus-based physics course offered in two parts: Mechanics and Electricity & Magnetism (E&M).
Unlike AP Physics 1, AP Physics C uses calculus in the derivation and application of physics formulas, making it a more advanced and rigorous course — ideal for students planning to pursue engineering, physics, or STEM majors.AP Physics C is one of the most challenging AP courses because it requires strong calculus skills and the ability to apply mathematics to real-world physical problems.
Students should be currently taking or have completed Calculus AB or BC, as many Physics C topics involve derivatives, integrals, vector calculus, and rate equations.Yes — many students take both because the courses complement each other, and colleges value the full Physics C sequence.
Mechanics covers motion, forces, energy, momentum, and rotation, while E&M covers electrostatics, electric fields, circuits, magnetism, and Maxwell’s laws.
Completing both helps students build a strong foundation for university-level physics and engineering.AP Physics C consists of two separate exams:
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AP Physics C: Mechanics (45 minutes MCQ + 45 minutes FRQ)
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AP Physics C: Electricity & Magnetism (45 minutes MCQ + 45 minutes FRQ)
Each exam is scored independently, and students can take one or both.
Both sections require calculus-based problem solving and deep conceptual understanding.-
To score a 5, students should:
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Build strong calculus foundations
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Master core formulas and know how to derive them
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Practice AP-style MCQs and FRQs regularly
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Review units like rotation, Gauss’s law, magnetic fields, and circuits thoroughly
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Follow a structured study plan with consistent weekly practice
Working with an expert AP Physics C tutor can significantly improve understanding and exam readiness.
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