Video Definition 36--Primes and Composites--The Fundamental Theorem of Arithmetic

Topic

Prime and Composite Numbers

Description

Fundamental Theorem of Arithmetic: Every integer greater than 1 is either prime or can be represented by a unique prime factorization. For example, 21 = 3 * 7. This theorem is foundational to number theory, providing a basis for prime factorization.

The mathematics behind this topic provides a foundation for understanding how numbers interact with one another. By exploring the patterns and properties of prime and composite numbers, students can develop critical thinking and problem-solving skills.

Teacher's Script: Let’s explore an important concept that involves classifying numbers based on their factors. This concept will help us understand how numbers are built and how they can be broken down into their basic building blocks. Pay attention to the visuals and explanations to see how these ideas connect to everyday math!

For a complete collection of videos related to Prime and Composite Numbers click on this link: Math Video Definitions: Primes and Composites Collection.