# The Basics of Computer Science

If you want to become a computer scientist, it is essential to understand the mathematics that underlies computer science. Whether it is learning to factor large numbers, solving linear equations or understanding matrices, the basics of these topics will help you when you start coding.

Wilcoxon rank-sum and Kruskal-Wallis tests were used to determine significant differences between students’ CS and math utility scores, as well as demographic factors such as gender.

## Discrete Math

Discrete math is the foundation for computer science concepts like algorithms and data structures. It’s also a critical component of the problem-solving techniques that software developers employ.

Unlike continuous math, discrete math focuses on objects that have distinct, separate values. This includes numbers, set theory, logic, permutation, and combination. It’s the bedrock of modern technology, powering the algorithms that drive efficiency and innovation across digital devices and social media platforms. It’s also the silent force behind logistical challenges we face in our daily lives: figuring out the shortest route from home to work, optimizing storage space on your hard drive, or identifying patterns in your email inbox.

Discrete math concepts equip individuals with a versatile toolbox for solving problems. Think of it as the mathematical equivalent to algebra and geometry—except instead of relying on formulas to memorize, you’ll be using your brain in an active way from the start. This approach to thinking creatively and flexibly about problem-solving is essential for becoming an agile, innovative computer scientist.

## Statistics

Statistics is the study of verifiable data and its collection, analysis, interpretation and organization. It also involves the use of probability, which can help you understand how to predict things like dice rolls, or even what type of music you’ll like.

You’ll also need to know how to handle vectors and matrices. These are important tools that computer scientists use for everything from calculating the edges of objects to analyzing pixel patterns in images. Without a basic understanding of these concepts, you’ll have a hard time mastering the more advanced math that comes later on in a computer science degree program.

Calculus examines change and how it occurs over time. It’s used in a variety of computer science areas, including creating graphs or visuals, simulations, problem-solving applications, coding in applications, and the design and analysis of algorithms. It’s also useful for determining the rate at which an object changes, or how fast it will move in real life.

## Algebra

Computer science is a field that has its roots in many different areas of study. Many of the people who helped to establish the field were mathematicians. Algebra is a branch of mathematics that helps to solve equations. It involves the use of unknown values called variables, and it follows a set of rules that help to make sense of data sets.

It is important for students to learn algebra because it develops problem-solving skills and prepares them for higher-level arithmetic. It also has a variety of applications in real-world situations. Algebra is the foundation for other branches of math, including geometry, trigonometry, and calculus.

There are many different types of algebra, but the most common is linear algebra. Other branches of algebra include advanced algebra, abstract algebra, and commutative algebra. These branches of algebra are used in a variety of applications, such as geometric problems, number theory, and invariant theory. They are also used in physics, topology, and logic.

## Calculus

Computer science is a field that requires a great deal of math. The process of coding relies on mathematical notation and symbols, while concepts such as algebra and geometry help to create graphs or visuals that can be used to show patterns in data. Mathematical reasoning skills are also needed to debug and correct errors in computer programs.

The study of calculus is another vital part of computer science, a field that requires a deep understanding of mathematics. This branch of math examines rates of change and handles things like the paths that objects take when they’re in motion. Isaac Newton and Gottfried Wilhelm Leibniz developed calculus independently in the 17th century. It’s now the foundation for many fields that you might not expect, including physics, biology, economics, engineering and actuarial science.

Even though a bachelor’s, master’s or doctoral degree in computer science doesn’t require a full curriculum of traditional math courses, these courses are usually required. For example, a student who wants to study software development will likely have to complete courses such as algebra, statistics and calculus.