AP Physics C: Mechanics

⚛️AP Physics C: Mechanics Ultimate Guide

🚙 Unit 1: Kinematics

🚙Unit 1: Kinematics

Unit 2: Newton’s Laws of Motion

We'll be updating the site daily so come back soon!

Unit 3: Work, Energy, and Power

We'll be updating the site daily so come back soon!

🎳 Unit 4: Systems of Particles and Linear Momentum

🎳Unit 4: Systems of Particles and Linear Momentum

🚲 Unit 5: Rotation

🚲Unit 5: Rotation

⚓ Unit 6: Oscillations

⚓Unit 6: Oscillations

🪐 Unit 7: Gravitation

🪐Unit 7: Gravitation

Click on any one of the circles below to watch our recommend videos on this topic!

Questions & AnswersIf you have any other questions - please get in touch

What is the AP Physics C: Mechanics exam format?

The exam format includes 35 multiple-choice questions, and 3 free-response questions. The questions sections are weighted equally, so the multiple choice section has an exam weight of 50% and the FRQ section is the weight of the other 50%. Students are allotted 45 minutes to complete the multiple-choice section, and 45 minutes to compose their responses to the free response questions. To make sure you’re prepared enough to finish in time, take a look through our free AP Physics C: Mechanics study guide that covers the most important material you should know.

How do I study for AP Physics C: Mechanics?

You’ve likely covered a lot of material during your course this year, but to get a 5 on the AP exam, it’s important you understand how often each topic shows up. In this class, you will engage in immersive hands-on laboratory experiments and dynamic in-class activities to delve into these phenomena actively. Employ the power of calculus to solve intricate problems, bridging theoretical understanding with practical application. Once you take a look through the breakdown below, make sure to read through the AP Physics C: Mechanics study guide above with all the key points you should know for each unit.

What units are on AP Physics C: Mechanics?

- Unit 1: Embarking on Kinematics
- Your exploration into the realm of motion begins here, as you delve into the fundamental aspects of object movement: position, velocity, acceleration, and the dimension of time.
- Unit 2: Unveiling Newton's Laws of Motion
- Embark on an exploration of Newton's laws of motion, which unveil the intricate connections between moving objects and the dynamic forces influencing their behavior.
- Unit 3: Exploring Work, Energy, and Power
- Embark on a journey to define and compute work, energy, and power. Acquaint yourself with the principle of conservation, a cornerstone concept in physics, as you delve into this foundational unit.
- Unit 4: Grasping Systems of Particles and Linear Momentum
- In this unit, you'll be introduced to essential notions like the center of mass, impulse and momentum, and the principle of conservation of linear momentum.
- Unit 5: Exploring Rotation
- Dive into the world of rotational motion, as you delve deeply into topics such as torque and rotational statics, kinematics, and dynamics, enhancing your understanding of this fascinating domain.
- Unit 6: Exploring Oscillations and Harmonic Motion
- Delve into the captivating world of oscillations in this unit. Investigate the fundamental forces that orchestrate objects into rhythmic, repetitive patterns of motion. Through the study of harmonic motion, uncover the delicate interplay between restoring forces, equilibrium positions, and periodicity. Gain insights into the prevalence of oscillations in both natural phenomena and engineered systems. This exploration combines theoretical understanding, practical experimentation, and conceptual analysis to enhance your appreciation and comprehension of oscillatory motion.
- Unit 7: Unveiling Gravitation
- In this unit you will begin an exploration of gravitational forces, where you will unravel the intricate dynamics governing the connections between celestial bodies such as planets, satellites, and their elliptical orbits.

What are the video resources?

We’ve handpicked some of our favorite youtube channels and videos that align with the key topics and themes covered in our AP Physics C: Mechanics study guides. These channels can be a great way to get a better understanding of fundamental principles encompassing kinematics, Newton's laws of motion, work, energy, power, systems of particles, linear momentum, rotation, oscillations, and gravitation. Immerse yourself in hands-on laboratory work and dynamic in-class activities, investigating these phenomena firsthand. Utilize the calculus toolkit to tackle complex problems, connecting theory to real-world problem-solving.

Where can I ask AP Physics C: Mechanics questions?

Connect with like-minded students who are also preparing for the exam and delve into the world of AP Physics C: Mechanics review together. By joining our Discord community, you can collaborate, exchange questions, discuss AP Physics C: Mechanics notes, and discuss any tricky problems with fellow AP Physics C: Mechanics students. Together, you can better understand challenging concepts, share helpful resources, and support each other on your way to getting a 5!

What is AP Physics C: Mechanics?

AP Physics C: Mechanics explores essential concepts such as kinematics, Newton's laws of motion, work, energy, power, systems of particles, linear momentum, rotation, oscillations, and gravitation. Engage in immersive hands-on laboratory experiences and dynamic in-class activities that allow you to explore these phenomena directly. Master the use of calculus as a powerful tool to tackle intricate challenges, bridging theory with practical problem-solving in a dynamic and engaging manner. On this page, you’ll find AP Physics C: Mechanics resources to help you with your AP Physics C: Mechanics review.