Instructional Video4:58
Curated Video

Mastering LCM: Unveiling the Magic of Factor Trees and Prime Factorization

9th - Higher Ed
In this educational video, we dive into the fascinating world of factor trees and prime factorization to solve a common mathematical problem: finding the least common multiple (LCM) of multiple numbers. Join me as we tackle the LCM of 2,...
Instructional Video10:17
Curated Video

Mastering Prime Factorization and Factor Trees

9th - Higher Ed
This video explains the concept of prime factorization and demonstrates how to find the prime factorization of composite numbers using factor trees. Through examples and a step-by-step guide, viewers learn how to identify prime factors...
Instructional Video3:09
Brian McLogan

Creating a factor tree to obtain the prime factorization of a number, 48x^4 y^3

12th - Higher Ed
πŸ‘‰ Learn how to factor a number, variable, and monomial completely. To factor means to write our term as a product of its factors. Therefore we will learn how to break down a number, variable, and monomial into its factors.
Instructional Video2:11
Brian McLogan

How to use a factor tree to factor find the linear factorization of a term, 32x^4 y^2

12th - Higher Ed
πŸ‘‰ Learn how to factor a number, variable, and monomial completely. To factor means to write our term as a product of its factors. Therefore we will learn how to break down a number, variable, and monomial into its factors.
Instructional Video2:16
Brian McLogan

Simplifying the Square Root of a Number Using a Factor Tree, Sqrt(80)

12th - Higher Ed
πŸ‘‰ Learn how to find the square root of a number. To find the square root of a number, we identify whether that number which we want to find its square root is a perfect square. This is done by identifying a number which when raised to...
Instructional Video1:38
Brian McLogan

Learn how to factor out the GCF using a factor tree

12th - Higher Ed
πŸ‘‰ Learn how to factor polynomials by GCF. A polynomial is an expression of the form ax^n + bx^(n-1) + . . . + k, where a, b, and k are constants and the exponents are positive integers. To factor an algebraic expression means to break it...
Instructional Video1:39
Brian McLogan

Using factor trees to identify the GCF and factor it out of a binomial

12th - Higher Ed
πŸ‘‰Learn how to factor quadratics. A quadratic is an algebraic expression having two as the highest power of its variable(s). To factor an algebraic expression means to break it up into expressions that can be multiplied together to get...
Instructional Video2:55
Curated Video

Finding the Prime Factors of a Number

3rd - Higher Ed
This video explains how to find the prime factors of a number using the factor tree method, as well as how to write prime factors in index form. Practice questions and answers are at the end of the video.
Instructional Video3:02
FuseSchool

Prime Factors

6th - Higher Ed
Prime Factors | Number | Maths | FuseSchool Every single positive number can be broken down into prime factors. Every single positive number has a unique set of prime factors. It’s the fundamental theorem of arithmetic. Prime factors are...
Instructional Video1:22
Brian McLogan

Simplifying Radicals by Factoring - Simplify Radicals with Factor Tree

12th - Higher Ed
πŸ‘‰ Learn how to find the square root of a number. To find the square root of a number, we identify whether that number which we want to find its square root is a perfect square. This is done by identifying a number which when raised to...
Instructional Video1:38
Brian McLogan

Learn how to factor out the GCF using a factor tree

12th - Higher Ed
πŸ‘‰ Learn how to factor polynomials by GCF. A polynomial is an expression of the form ax^n + bx^(n-1) + . . . + k, where a, b, and k are constants and the exponents are positive integers. To factor an algebraic expression means to break it...
Instructional Video5:24
Curated Video

GCSE Secondary Maths Age 13-17 - Number: Prime Factors - Explained

9th - 12th
SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow steps. This video...
Instructional Video1:27
Curated Video

GCSE Secondary Maths Age 13-17 - Number: Prime Factors - Explained

9th - 12th
SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow steps. This video...
Instructional Video4:00
Curated Video

GCSE Secondary Maths Age 13-17 - Number: LCM and HCF - Explained

9th - 12th
SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow steps. This video...
Instructional Video9:05
KnowMo

How to Find the Highest Common Factor: Prime Factor Decomposition Method

12th - Higher Ed
This video is a lecture on the topic of the highest common factor (HCF). The presenter discusses what HCF is and how it is applied to a pair or set of numbers. They provide examples of finding the HCF of two numbers by listing their...
Instructional Video3:40
Curated Video

GCSE Secondary Maths Age 13-17 - Number: HCF - Explained

9th - 12th
SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow steps. This video...
Instructional Video2:26
Visual Learning Systems

The Nature of Waves: Types of Waves

9th - 12th
Upon viewing the The Nature of Waves video series, students will be able to do the following: Define waves as traveling disturbances that carry energy through matter or space. Explain that waves do not actually move matter. Instead,...
Instructional Video2:24
Brian McLogan

What is the factor Theorem

12th - Higher Ed
πŸ‘‰ Learn about the remainder theorem and the factor theorem. The remainder theorem states that when a polynomial is divided by a linear expression of the form (x - k), the remainder from the division is equivalent to f(k). Similarly, when...
Instructional Video6:05
Science360

Saving our ecologically important coral reefs - Marine ecologist Paul Sikkel

12th - Higher Ed
Coral reefs are dying. Harboring some of the most diverse species of marine life, corals are ecologically important. Paul Sikkel, a marine ecologist from Arkansas State University, explains why many coral reefs are dying and how we can...
Instructional Video1:25
Brian McLogan

Using a factor tree to help us simplify the 5th root of a number

12th - Higher Ed
πŸ‘‰ Learn how to find the 5th root of an expression. To find the 5th root of an expression, if the exponent of the expression is a multiple of 5, then the 5th root of the expression is the base of the expression with an exponent that is...
Instructional Video2:35
Brian McLogan

Simplify the 5th root of an expression using a factor tree and product prop

12th - Higher Ed
πŸ‘‰ Learn how to find the 5th root of an expression. To find the 5th root of an expression, if the exponent of the expression is a multiple of 5, then the 5th root of the expression is the base of the expression with an exponent that is...
Instructional Video4:43
CTE Skills

HST-MT - Medical Terminology of the Muscular System

Higher Ed
This CTE Health Sciences video focuses on the proper use, pronuciation and definitions of the medical terminology pertaining to the Muscular System.
Instructional Video2:19
Brian McLogan

Math tutorial for adding and subtracting radical expressions

12th - Higher Ed
πŸ‘‰ Learn how to add or subtract radicals. A radical is a number or an expression under the root symbol. Radicals can only be added or subtracted if the numbers or expressions under the roots are the same for all terms. To add or subtract...
Instructional Video3:02
Curated Video

Prime Factors | Number | Maths | FuseSchool

12th - Higher Ed
Prime Factors | Number | Maths | FuseSchool Every single positive number can be broken down into prime factors. Every single positive number has a unique set of prime factors. It’s the fundamental theorem of arithmetic. Prime factors are...

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