Table of Contents

With AP Physics C: Electricity and Magnetism’s extensive and in-depth curriculum. It is important to have a one-stop resource that can help with every topic. If you’re looking for an AP Physics C Equation Sheet, you’ve come to the right place. In this article, we’ll explain what’s included in each of the sections of the physics equation sheet.

We’ll also give you a few tips on how to use it most effectively. Furthermore, we will show you some examples on student-created sheets. We’ll start with all the subsections under velocity that go across the entire page of your AP Physics C Equation Sheet.

**What Is AP Physics C Equation Sheet?**

AP Physics C is a college-level course designed to prepare you for the AP exam. While the course focuses on physical principles, it also includes some experimental techniques. As well as the mathematical skills necessary for this test’s success.

The following AP Physics C equation sheet contains all the equations you need to know for the test. If you want more information about using this sheet, please read our guide on how to study for AP tests with an equation sheet.

**AP Physics C Equation Sheet**

1. Force = Mass x Acceleration (Newton’s Law of Motion)

2. F = ma (Work-Energy Theorem)

3. Work Done = Force x Distance (Work-Energy Theorem)

4. Power = Work Done / Time (Work-Energy Theorem)

5. Energy is the ability to do work (Equation of Energy)

6. Total energy is conserved in an isolated system (Equation of Energy)

7. Kinetic energy is proportional to the square of the velocity (Kinematics)

**The Methods on the AP Physics C Equation Sheet and How to Apply Them**

Prefixes, Constants and conversion factors; values of trigonometric functions for common angles; unit symbols and equations. These are all covered in the AP Physics C formula sheet, which is organized into five sections.

Let’s glance at each of the major portions in more detail following.

**Prefixes, Unit Symbols, and Trigonometric Functions for Common Angles**

The prefixes and unit symbols tables will work together to help you pass the AP Physics C exam. When answering exam questions, a prefix is coupled with the word for a certain unit to describe a value or quantity; such as kilo (the prefix) and grams (the unit), or Giga (the prefix) and watts (the unit). The chart of prefixes on the equation sheet can assist jog your memory. If you can’t recall the figure of a certain prefix.

**Constants and conversion factors**

The constants and conversion factors on the AP Physics C formula sheet will come in handy while performing different computations on the AP exam. These values, often termed “physical constants” or “universal constants,” are notable for having a constant value regardless of the situation in nature.

**Equations**

Most of the solution sheet during the AP Physics C examinations contains of basic physics formulas. Mechanics, electricity and magnetism, geometry, and trigonometry are the three domains in which these equations are subdivided.

Each part of calculations included a character key. To make you realize what each figure in a given issue means. While the actual method sheets for the AP Physics C exam do not use this, our variation of the method sheet does give a brief discussion of each formula. As well as how you can use it for the exam.

**Equations in Mechanics**

The following is a list of equations that will be useful in solving problems in physics. Keep in mind that you can solve any equation by substitution, elimination, addition, or subtraction. If an equation seems difficult to solve, try to use one of these methods to simplify it.

**Newton’s Second Law: The Work-Energy Theorem**

The Work-Energy theorem states that the change in kinetic energy equals the work done on a system. It is as follows:

- Where W is the work by a constant force F on a mass m for a displacement s along its direction of motion; it is also called impulse (J).
- Impulse is the integral of force over time; F = ∫Fdt, where F is force (N), t is time (s).

Newton’s Third Law: Forces and Acceleration

- A force F acting on an object produces an acceleration according to Newton’s third law: For every action, there is an equal and opposite reaction.

**Equations of Electricity and Magnetism**

1) Gauss’ Law: The surface integral of B times the electric field vector is zero.

2) Faraday’s Law: The line integral of the magnetic flux through a closed path is proportional to the total charge enclosed by the path and inversely proportional to its length.

3) Ampère’s Law: The line integral of E is equal to μ0 I times the current along any closed path.

**Final Words**

The AP Physics C Equation Sheet provides students with a quick reference for important equations they can use to conceptualize and solve problems. It provides a basic rundown of the essential concepts for the test and is intended to be used in conjunction with other study materials.