Augmented tridiminished icosahedron

Adding Vectors Geometrically: Dynamic Illustration

Link: https://www.geogebra.org/m/tsBer5An

From playlist Trigonometry: Dynamic Interactives!

Arctan(1) + Arctan(2) + Arctan(3) = π

From playlist Trigonometry TikToks

Writing Equivalent Polar Coordinates Quiz

Link: https://www.geogebra.org/m/MxAvq5Yt

From playlist Trigonometry: Dynamic Interactives!

Simplify Basic Trigonometric Expressions | 8 Examples

When we are learning how to use trigonometric identities one of the first things we practice is simplifying basic identities. In this video I will work through some basic identities that you will want o know to make sure you have a grasph of understanding. ⭐️ Simplify Trigonometric Expres

From playlist Analytic Trigonometry in Pre-Calculus

Cross Sections

An introduction to the Cross Sections augmented reality application. It is intended as an educational tool to assist anyone who wants to engage in cross sectional geometry concepts in an interactive way. Since the app is currently being reviewed before release on the Play Store, please a

From playlist Summer of Math Exposition Youtube Videos

Simplify a trig expression by multiplying a cosine

👉 Learn how to simplify trigonometric expressions by factoring, expansion, and re-grouping. To simplify a trigonometric identity means to reduce the identity to the simplest form it can take which may be a number or a simple trigonometric function. This can be achieved by various means i

From playlist How to Simplify Trigonometric Expressions by Multiplying

3 Golden Rectangles to Icosahedron: Formation within GeoGebra Augmented Reality

GeoGebra Resource: https://www.geogebra.org/m/YGu6kVpR

From playlist GeoGebra 3D With AR (Google): Explorations, Demos, & Lesson Ideas

Regular Icosahedron Modeling and Testing in GeoGebra 3D with Augmented Reality

GeoGebra Resource Link: https://www.geogebra.org/m/rmfptnzu#material/vqu2juje Recorded on iPhone 10S Max.

From playlist GeoGebra 3D with AR (iOS): Explorations, Demos, and Lesson Ideas

Live CEOing Ep 186: Polyhedra in Wolfram Language

Watch Stephen Wolfram and teams of developers in a live, working, language design meeting. This episode is about Polyhedra in the Wolfram Language.

From playlist Behind the Scenes in Real-Life Software Design

Trig Reference Circle (2): Choose Your Own Radius

Trig circle (special angles): Quick reference. Radius modifiable: https://www.geogebra.org/m/rek7rd77 #GeoGebra #mtbos #iteachmath

From playlist Trigonometry: Dynamic Interactives!

Simplifying trigonometric expressions using even and odd identities

👉 Learn how to simplify trigonometric expressions by factoring, expansion, and re-grouping. To simplify a trigonometric identity means to reduce the identity to the simplest form it can take which may be a number or a simple trigonometric function. This can be achieved by various means i

From playlist How to Simplify Trigonometric Expressions by Multiplying

[ML News] New ImageNet SOTA | Uber's H3 hexagonal coordinate system | New text-image-pair dataset

#truthfulqa #efficientnet #laion400M Your regularly irregular updates on what's happening in the Machine Learning world. OUTLINE: 0:00 - Intro 0:20 - TruthfulQA benchmark shines new light on GPT-3 2:00 - LAION-400M image-text-pair dataset 4:10 - GoogleAI's EfficientNetV2 and CoAtNet 6:15

From playlist All Videos

Trigonometry: Quick Bearing Illustrator

Link: https://www.geogebra.org/m/K78JzGk7

From playlist Trigonometry: Dynamic Interactives!

Group theory 27: The icosahedral group

This lecture is part of an online math course on group theory. The lecture is about a few examples of groups, in particular the icosahedral group. In it we see that the icosahedral group is the only simple group of order 60, and show that all larger alternating groups are simple.

From playlist Group theory

Understanding multiplying a trig function by it's reciprocal using identities

👉 Learn how to simplify trigonometric expressions by factoring, expansion, and re-grouping. To simplify a trigonometric identity means to reduce the identity to the simplest form it can take which may be a number or a simple trigonometric function. This can be achieved by various means i

From playlist How to Simplify Trigonometric Expressions by Multiplying

Geodesic domes and spheres

Geodesic domes: http://shpws.me/qrM2 Geodesic spheres: http://shpws.me/qrM3

From playlist 3D printing

The Music of the Icosahedron – Hilarie Orman

From playlist G4G11 Videos

Math Mornings at Yale: Asher Auel - Wallpaper, Platonic Solids, and Symmetry

The Platonic solids-the tetrahedron, cube, octahedron, dodecahedron, and icosahedron-are some of the most beautiful and symmetric geometrical objects in 3-dimensional space. Their mysteries started to be unraveled by the ancient Greeks and still fascinate us today. In 1872, the German geom

From playlist Math Mornings at Yale

Multiply two binomials of trigonometric expression to simplify

👉 Learn how to simplify trigonometric expressions by factoring, expansion, and re-grouping. To simplify a trigonometric identity means to reduce the identity to the simplest form it can take which may be a number or a simple trigonometric function. This can be achieved by various means i

From playlist How to Simplify Trigonometric Expressions by Multiplying

How to Construct an Icosahedron

How the greeks constructed the icosahedron. Source: Euclids Elements Book 13, Proposition 16. In geometry, a regular icosahedron is a convex polyhedron with 20 faces, 30 edges and 12 vertices. It is one of the five Platonic solids, and the one with the most faces. https://www.etsy.com/lis

From playlist Platonic Solids