Accelerometer library for TI-Innovator under Python

Accelerometers probably are the most versatile sensors available for STEM classes today. This project is delivering a Python driver library for the ADXL335 sensor.

Editeur: T³ Deutschland - Materialien

Auteur: Hans-Martin Hilbig, Veit Berger

Sujet:  Computer Science, Mathematics, Physics, STEM

Tags: Acceleration, Angles, Data collection, Dynamic Systems, Euler method, Programming, Python, STEM, TI-Innovator, Transformations, Trigonometry

Hoeken meten TI-Nspire CX Handheld

Meetkunde

Editeur: WIL-de Wiskunde

Editor: WIL-de Wiskunde

Auteur: WIL-de Wiskunde

Sujet:  Mathematics

Tags: Angles

Hoek tussen twee lijnen

Bepaal de hoek tussen twee lijnen

Auteur: Jan Elemans

Sujet:  Mathematics

Tags: Software, Angles

Innovator and Rover in the classroom

I have been been using the TI Innovator and Rover with both Primary and Secondary students (9 to 18 year olds) for over a year now.

Auteur: John Bament

Sujet:  Biology, Computer Science, Mathematics

Tags: 2D shapes, Angles, Coding, History of maths, Mathematical thinking, Number puzzles, Patterns, Polygons, Presentation, Programming, Problem Solving, Sharing Inspiration 2019, STEM, TI-Innovator, TI-Innovator Rover

(Rover) Navigate a City with TI-Nspire CX (Math in Motion Plus)

Students will apply their knowledge of the relationships among distance, rate and time to write equations to optimize routes through a “city” or maze with obstacles.

Editeur: Texas Instruments Inc.

Auteur: Texas Instruments Inc.

Sujet:  Mathematics

Tags: Acceleration, Algebra, Angles, Distance

(Rover) Navigate a City with TI-84 Plus CE (Math in Motion Plus)

Students will apply their knowledge of the relationships among distance, rate and time to write equations to optimize routes through a “city” or maze with obstacles.

Editeur: Texas Instruments Inc.

Auteur: Texas Instruments Inc.

Sujet:  Mathematics

Tags: Acceleration, Algebra, Angles, Distance

Hoeken meten TI-84 Plus CE-T

Meetkunde

Editeur: WIL-de Wiskunde

Auteur: WIL-de Wiskunde

Sujet:  Mathematics

Tags: Angles, Electromagnetism, T3

Koda med TI | Grafer | TI-84 Plus

Kapitel 5 - Tillämpning - Få en punkt att studsa

Editeur: Texas Instruments Sverige | Education Technology

Auteur: Texas Instruments Sverige | Education Technology

Sujet:  STEM

Tags: Programming, Powers and roots, Nets, Angles, Triangle

Koda med TI | Grundläggande programmering - TI-Nspire CX CAS

Kapitel 1 - Övning 2 - Argument och uttryck

Editeur: Texas Instruments Sverige | Education Technology

Auteur: Texas Instruments Sverige | Education Technology

Sujet:  STEM

Tags: Programming, Angles

Koda med TI | Grundläggande programmering - TI-Nspire CX CAS

Kapitel 1 - Övning 3 - Program och funktioner

Editeur: Texas Instruments Sverige | Education Technology

Auteur: Texas Instruments Sverige | Education Technology

Sujet:  STEM

Tags: Angles, Programming, Triangle

Koda med TI | Grundläggande programmering - TI-Nspire CX CAS

Kapitel 1 - Tillämpning - Evaluera en formel

Editeur: Texas Instruments Sverige | Education Technology

Auteur: Texas Instruments Sverige | Education Technology

Sujet:  STEM

Tags: Angles, Programming, Triangle

Koda med TI | Tilldela värden till variabler | TI-Nspire CX CAS

Kapitel 2 - Övning 1 - Globala variabler

Editeur: Texas Instruments Sverige | Education Technology

Auteur: Texas Instruments Sverige | Education Technology

Sujet:  STEM

Tags: Angles, Programming

(Rover) Move the traffic cone for the TI-84 Plus CE (Math in Motion Plus)

In this activity, students will use their knowledge of polygons, the coordinate plane, and equations of lines to write code to complete a set of challenges.

Editeur: Texas Instruments Inc.

Auteur: Texas Instruments Inc.

Sujet:  Mathematics

Tags: Algebra, Angles, Coordinate Geometry, Linear Functions, Lines, Polygons, TI-Innovator Rover, Triangle, Trigonometry

On-Ramp to Robotics Unit 1 (Motion) with Mars Rover Challenge for TI-84 Plus CE

Students will learn and use basic concepts for robotic vehicle control along with math concepts to write a program to drive their Rover around the base of the Olympus Mons volcano on Mars.

Auteur: Texas Instruments Inc.

Sujet:  Computer Science, Mathematics, STEM

Tags: Algebra, Angles, Coding, Distance, Geometry, Linear Functions, Lines, Measures, Points and lines, Polygons, STEM, TI-Innovator, Triangle

On-Ramp to Robotics Unit 1 (Motion) with Mars Rover Challenge for TI-Nspire CX

Students will learn and use basic concepts for robotic vehicle control along with math concepts to write a program to drive their Rover around the base of the Olympus Mons volcano on Mars.

Auteur: Texas Instruments Inc.

Sujet:  Computer Science, Mathematics, STEM

Tags: Algebra, Angles, Coding, Distance, Geometry, Linear Functions, Lines, Measures, Points and lines, Polygons, STEM, TI-Innovator, Triangle

A Lunar Ellipse

Students consider the question "What is the shape of the curve forming the terminator of the crescent moon?" They then calculate the area of the crescent and graph its variation over one m…

Auteur: Ian Galloway

Sujet:  STEM

Tags: 3D Geometry, Coding, Algebra, Randomness, Angles, STEM, Area, T3, Ellipse, TI-Innovator, Frequency, Modelling, Physics, Sine

Moving from Degrees to Radians

Measuring angles using degrees and radians (both decimals and fractions of π).

Editeur: Texas Instruments UK

Editor: Barrie Galpin

Auteur: Nevil Hopley

Sujet:  Mathematics

Tags: Fractions, Decimals, Angles, History of maths, Trigonometry

Triangles

An introduction to the angle properties of triangles and their construction.

Editeur: Texas Instruments UK

Editor: Barrie Galpin

Sujet:  Mathematics

Tags: Angles, Triangle

Circle Angles

Seven activities in which students investigate angles in circles using basic geometric constructions.

Editeur: Texas Instruments UK

Editor: Barrie Galpin

Sujet:  Mathematics

Tags: Angles, Circle theorems, Geometry