Many students wonder if they can skip precalculus (which some schools call Integrated Math 4, or IM4) and go directly from Algebra 2 with Trigonometry to AP Calculus. Depending on your school’s policies, another option might involve skipping Algebra 2/Trig and progressing from Geometry to Precalculus, followed by AP Calculus. Alternatively, some students may opt to complete a summer course and a proficiency exam in precalculus to demonstrate their mastery of the subject. But what are the math skills necessary to show that you’re ready to skip precalculus?

Precalculus typically includes a comprehensive review and extension of the topics that students have already learned in Algebra 2, such as polynomial and rational functions, exponential and logarithmic functions, and systems of equations. There are a few topics of trigonometry it goes deeper into, such as trigonometric functions, identities, and equations. It also introduces other topics such as conic sections, polar coordinates, and parametric equations, which is typically covered in AP Calculus as more advanced material. Assessing your understanding of these foundational concepts is key – if you thrived in Algebra 2, you may have no issue skipping precalculus. Ask yourself:

- Can you confidently solve algebraic equations, manipulate functions, and work with trigonometric identities and inverse trigonometric functions?
- Do you understand the properties of logarithms and exponential functions?
- Are you comfortable graphing various functions and interpreting their behavior?

## What Does Precalculus Cover?

Many schools have not yet implemented the new **AP Precalculus** course from **College Board** and regular precalculus is not a standardized course, so topics that your school’s class covers may vary slightly. Some precalculus classes may choose to omit certain ones. However, if you crack open a precalculus textbook and take a look at the table of contents, here are some common topics typically included in the curriculum:

### 1. Functions and Graphs

- Understanding various types of functions (linear, quadratic, polynomial, rational, radical, and inverses) and their graphical representations.

### 2. Exponential and Logarithmic Functions

- Understanding the properties of exponential and logarithmic functions, solving exponential and logarithmic equations, and applications such as exponential growth and decay.

### 3. Complex Numbers

- Exploring the properties and operations involving complex numbers, including complex roots of polynomials and applications in engineering and physics.

### 4. Sequences and Series

- Investigating arithmetic and geometric sequences, series, and sums, including convergence and divergence.

### 5. Trigonometry

- Exploring trigonometric functions (sine, cosine, tangent), trigonometric identities, equations, and their applications in solving triangles and analyzing periodic phenomena.

### 6. Trigonometric Identities and Equations

- Deriving and manipulating trigonometric identities, solving trigonometric equations, and applying trigonometric techniques to solve real-world problems.

### 7. Analytical Geometry

- Studying the properties and characteristics of conic sections – circles, ellipses, hyperbolas, and parabolas.

### 8. Polar Coordinates and Parametric Equations

- Understanding the representation of points using polar coordinates and parametric equations, as well as converting between different coordinate systems.

### 9. Matrices and Vectors

- Introducing matrix operations, determinants, inverses, and applications of matrices, as well as vectors and their properties in two and three dimensions.

### 10. Limits and Continuity

- Introducing the concept of limits and their properties, evaluating limits algebraically and graphically, and understanding continuity of functions. This one in particular will be taught in more depth at the beginning of AP Calculus.

These topics provide students with the necessary skills to tackle calculus and other advanced mathematical subjects. Mastering these concepts is essential for success in higher-level mathematics and various STEM fields.

## Can You Skip Precalculus?

If you’re uncertain about the material you’ll need to know before taking AP Calculus after Algebra 2 and/or Trigonometry, consider working with a tutor to bring you up to speed with the topics necessary to skip Precalculus. Our **Precalculus**, **Integrated Math**, and **Algebra 2** tutors provide tailored support to match and expand on your current level of understanding. Schedule a **free consultation** with us today!

Yuki is a skilled educator with a degree in Chemistry from Carnegie Mellon University. She discovered her passion for teaching math after tutoring at an after-school program. With five years of tutoring experience, Yuki creates a supportive learning environment for students. Outside of tutoring, she enjoys trying new cuisines and playing piano.