Math in the Winter Olympic Games

In this episode of Things Explained, we take a look at Winter Olympic sports from a different angle and see how geometry plays an important role in bringing home the gold.

Standards

Math in the Winter Olympic Games

From Things Explained, Things Explained

Math in the Winter Olympic Games

In this episode of Things Explained, we take a look at Winter Olympic sports from a different angle and see how geometry plays an important role in bringing home the gold.

Mathematics

MGSE4.MD.5

Recognize angles as geometric shapes that are formed wherever two rays share a common endpoint, and understand concepts of angle measurement:

MGSE4.MD.5b

An angle that turns through n one-degree angles is said to have an angle measure of *n* degrees.

MGSE4.G.1

Draw points, lines, line segments, rays, angles (right, acute, obtuse), and perpendicular and parallel lines. Identify these in two-dimensional figures.

Things Explained Segments

Things Explained

Ever wonder how a giant ship can float or how buildings are demolished in the middle of a city? We do too! Things Explained tackles all kinds of questions with short, easy-to-understand videos that include demonstrations and real-world examples right here in Georgia. Targeting elementary and middle school concepts, each video is aligned to GSE standards.

Georgia's 5 Capital Cities

Math in the Winter Olympic Games

Digital Citizenship

Why Personal Protective Equipment (PPE) Is Important

How Do Ships Float?

How Hurricanes Impact Georgia

What's Happening to All the Bees?

What Is Federalism?

History of U.S. Voting Rights

Why Midterm Elections Are So Important

What Does a Governor Do?

How Legislative Districts Are Drawn

Are You Recycling Correctly?

Mercedes-Benz Stadium: The Most Eco-Friendly Stadium Ever

What Is a Solar Eclipse?

How Do You Blow up a Stadium?

Stacey Abrams vs. Brian Kemp: Georgia's Gubernatorial Election

You may also enjoy ...

Understanding the Georgia Secondary Numeracy Project

This video provides an overview of the Georgia Secondary Numeracy Project.

Supports for Learner Variability

This video provides an overview of the supports for learner variability to support students with understanding Georgia's K-12 Mathematics Standards. The strategies and supports included in this video can be used to increase student outcomes for all learners, including, but not limited to students with disabilities.

Understanding Mathematical Modeling, K-12

This video provides an overview of Mathematical Modeling for all grade levels, K-12. The Mathematical Modeling Framework is a part of the Essential Instructional Guidance adopted by the State Board of Education as an expectation for teaching and learning for the adopted standards.Mathematical Modeling is an important big idea within Georgia's K-12 Mathematics Standards for all grade levels and courses. Strategies for teaching and learning are provided to support teachers with the implementation of mathematical modeling with students in the classroom to support full implementation of the state standards.