Solving a discrete math puzzle, namely the stolen necklace problem, using topology, namely the Borsuk Ulam theorem

How a famous theorem in topology, the Borsuk-Ulam theorem, can be used to solve a counting puzzle that seems completely distinct from topology.

How a famous theorem in topology, the Borsuk-Ulam theorem, can be used to solve a counting puzzle that seems completely distinct from topology.

How a famous theorem in topology, the Borsuk-Ulam theorem, can be used to solve a counting puzzle that seems completely distinct from topology.

Today, we’re going to take a look at how computers use a stream of 1s and 0s to represent all of our data - from our text messages and photos to music and webpages. We’re going to focus on how these binary values are used to represent...

Solving a discrete math puzzle, namely the stolen necklace problem, using topology, namely the Borsuk Ulam theorem

Solving a discrete math puzzle, namely the stolen necklace problem, using topology, namely the Borsuk Ulam theorem

In this video I am going to highlight the top ten types of functions that students make mistakes with when finding the domain and range

In this video I am going to summarize basic adding and subtracting with negative numbers to help you understand how to simplify the expressions

This video provides a clear and engaging explanation of negative numbers, starting with the concept that they are any number less than 0. The presenter uses relatable examples, such as imagining losing oranges from a bowl until there are...

Pupil outcome: I can use a pair of compasses to draw different circles. Key learning points: - A pair of compasses can be used to draw a circle with a particular radius. - A pair of compasses can be used to draw two circles that...

Pupil outcome: I can use the mathematical structures that underpin addition to add positive and negative integers. Key learning points: - It can help to think of a context when doing a calculation. - Addition of negative integers can be...

Ch3. Video 9 - Completing the Accoutning Cycle (Financial Statements) Example

In this engaging video, Cardi introduces the concept of integers using a fun analogy of heroes and villains, explaining that integers consist of positive and negative whole numbers, including zero. Viewers will learn how to visualize...

This video will give you a clear and concise overview of the different types of numbers you'll encounter in mathematics. We focus on the different types of numbers within the Real Number category, including natural, whole, integers,...

In this video, we will put our knowledge of array methods to the test by tackling some coding challenges.
<
br/>
This clip is from the chapter "Loops, Iteration, and High-Order Array Methods" of the series "Modern JavaScript from...

Do you need a quick refresher of how to add integers? Then this video is for you! I will review the two rules for adding positive and negative numbers and give you a few examples, including a couple using order of operations.

This video demonstrates how to add integers using counters to visually represent the addition process. By pairing positive and negative counters to understand the concept of zero pairs, students can grasp the rules for adding integers...

Mr. Addit explains the concept of positive and negative integers. He plots positive and negative integers on a number line and then uses a Fahrenheit thermometer to show a practical application of positive and negative integers that we...

In this video, you will learn how to apply custom number format.

Subtract Numbers: Number Line subtracts sets of positive and negative numbers by using a number line.

Add Numbers: Number Line adds sets of positive and negative numbers by using a number line.

Add Money: Positive/Negative adds positive and negative numbers to solve word problems involving money.

Inequality Statement writes an inequality statement for a set of positive and negative numbers and its relative position by using a number line diagram.