Curated Video
The Modern Galileo
Nobel Laureate Roger Penrose, University of Oxford, describes how, while he's not exactly aware of what exactly motivates him to write his popular books about physics, he clearly looks to Galileo as an inspiring role model.
Curated Video
How Do Physics-Informed Neural Networks Work?
Can physics help up develop better neural networks?
Curated Video
Solve Systems Algebraically
You will solve for the point of intersection of two linear equation problems with two variables.
Curated Video
Finding a Function’s Inverse Algebraically
This video will discuss examples of finding a function’s inverse function algebraically.
Curated Video
Create Multiplication Problems
A video entitled “Create Multiplication Problems” models how to use real-world examples to create multiplication problems.
Curated Video
Beyond Reductionism
Celebrated polymath and mathematical physicist Freeman Dyson (IAS) describes why he is not a reductionist.
Curated Video
Measuring Tubby Sound
Caltech physicist and Nobel Laureate David Politzer describes the inherent challenges in trying to explicitly quantify the different sounds of instruments that we somehow detect.
Curated Video
Quantifying Sound
Nobel Laureate David Politzer, Caltech, describes the difficulty in giving objective descriptions of why one banjo sounds different from another, and the different musical styles of individual musicians.
Curated Video
Valuing The Details
Celebrated scientific polymath Freeman Dyson, Institute for Advanced Study, describes how he is "more interested in the details than the big picture", and explains why he thinks that it is vital to not just search for overall equations,...
Curated Video
The Addition Math Song
Learn about math and addition with this Addition Math Songs by KLT.
Curated Video
Subtraction Song
Learn about the basics of Subtraction and Equal symbols with Subtraction Song by the KLT.
Curated Video
Angular Position, Velocity, and Acceleration
This video will explain and illustrate how to describe and measure rotational motion.
Curated Video
Exploring Density
Exploring Density introduces the term density and compares the density of different objects to show how density is measured. Important facts to keep in mind when studying density are also shared.
Curated Video
Two-Step Subtraction
“Two-Step Subtraction” identifies keywords for subtraction and solves several subtraction word problems that require two steps.
Curated Video
Missing Addend Word Problems
“Missing Addend Word Problems” explains how mathematical symbols represent specific words and demonstrates how to write equations for sample word problems.
Curated Video
Multi-Step Equations
Multi-Step Equations demonstrates how to solve multi-step equations by using the distributive property to combine like terms on one side of an equation.
Curated Video
Two-Step Equations
Two-Step Equations shows how to write two-step single variable equations by using verbal models.
Curated Video
Logarithmic Functions
This video discusses what logarithms are and why we need them. It will look at logarithmic graphs and talk about natural logarithms.
Curated Video
Sequences
A sequence is a set of values that makes a pattern. The differences between the arithmetic sequence, geometric sequence and Fibonacci will be discussed.
Curated Video
Systems of Equations
“Systems of Equations” will explain how to tell whether two lines intersect, and if they intersect, how to solve them.
Curated Video
Terms and Variables
Identify terms, constant terms, variables, coefficients, and like terms by using mathematics definitions.
Curated Video
Subtracting with Symbols
“Subtracting with Symbols” demonstrates strategies for solving subtraction problems that use symbols to represent unknown numbers.
Curated Video
Greater Rate
This video will discuss examples to compare proportional relationships (as a graph, as an equation, and as a table of values) to calculate which has the greater rate.
Curated Video
Solving Multivariable Equations
“Solving Multivariable Equations” will instruct you on how to mold an equation to solve for a needed variable.