\[f\]

\[f(x)\]

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\[g\]

\[g(x)\]

\[h\]

\[h(x)\]

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\(a = \)					▶
		-1	5	0
\(b = \)					▶
		-1	5	0
\(c = \)					▶
		-1	5	0
\\(d\\)				▶
	-1	0	5
\\(e\\)				▶
	-1	0	5

App generated by GXWeb || CAS and numeric tools by Nerdamer

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Show Spreadsheet

Continued Fraction Spreadsheet Explorer

This browser-based spreadsheet uses the handsontable JavaScript library.

 

43/30 Phi Pi Pi+ e e+

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Show Wolfram Alpha

WolframAlpha: CAS+

 

Sometimes, to deal with those stubborn, hard to reach problems, you need something stronger! The powerful Wolfram Alpha online CAS engine will answer almost anything you care to ask - within reason! From the continued fraction of pi to Solve x^2=x+1 to the population of Australia!

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GeoGebra

GeoGebra offers another fast and accurate CAS alternative. You may also like to explore the GeoGebra web app.

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Timing: Key Signature:

Play ♬

Switch Views: notes <=> frequencies

 

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Hide QR

Share with QR Code

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QR Codes are a great way to share data and information with others, even when no Internet connection is available. Most modern devices either come equipped with QR readers in-built, or freely available. The default link here is the GXWeb Jigsaws and Quizzes, but you can use it as an alternative to sending your assessment data via email, web or share with others in your class. You can even use it to send your own messages!

GXWeb Jigsaws and Quizzes Send Your Own QR Code Reset QR Code

Send Web Address ⇑

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Show Results

Share Your Results

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Enter your name:	? Abel, Nils Agnesi, Maria Bernoulli, Daniel Cantor, Georg Descartes, Rene Euler, Leonhard Fermat, Pierre Galois, Evariste Germain, Sophie Hypatia Johnson, Katherine Liebniz, Gottfried Lovelace, Ada Monge, Gaspard Newton, Isaac Noether, Emmy Pythagoras Ramanujan, Srinivasa Riemann, Bernhard Sylvester, James Tao, Terence Weierstrass, Karl' Zeno
My class:
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Session report length: 0 characters.

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Show Robot Controls

Turtle Robot Controls

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Mathematical Toolkit

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About Turtle Robots

 

Imagine designing, building and even remotely controlling your own robot! It is probably easier than you might think!

Alternatively, grab a TI Innovator Robot already made and follow the directions to "hack the hub"!

Watch the YouTube video of our GX Robot.

Follow the tutorial step-by-step directions to build and program your Arduino or TI Innovator robot.

NOTE: If using iPad or iPhone, you will need to grab the free Bluefy app to access webBluetooth since most browsers on this platform do not have this capability.

Then just connect and use your LOGO commands to steer - or use the controls below to connect and drive!

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CONNECT DISCONNECT

send

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NOTE: Different surfaces and different robots will require different traction values. Try different values for distance and turn angle here until you find those that work best for your situation.

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Distance Traction Turn Traction

DRAW RESET

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Manual Robot Controls

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⇐ ◉ ⇒

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AUTO Drive (Distance)

Drive using Accelerometer

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©Daniel Loginov

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