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Discover the power of TI-Nspire CAS - a platform that integrates algebra, graphs, geometry, lists, and spreadsheets, encouraging multiple problem-solving approaches. Save, edit, and transfer documents seamlessly between devices, ideal for concept and skill development across secondary school years. Explore the interactive features, statistical functions, and modeling capabilities for an optimal learning environment.
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introducing a fully integrated mathematics learning platform
Introducing TI-Nspire CAS Algebra Graphs & Geometry Graphs & Geometry algebra geometry Calculator Lists & Spreadsheet assessment & review statistics Notes bringing it all together Lists & Spreadsheet Assessment & Review
fully integrated technology • Multiple representations, dynamically linked, encouraging multiple approaches to solving problems and expressing solutions. • A complete set of easy-to-use mathematical tools for algebra, number, geometry, statistics and real-world data collection - all in one package. • Working documents can be saved, recalled, edited and transferred between handheld, PC and Mac - and distributed electronically! • An optimal tool for concept and skill development across the secondary school years.
what is TI-Nspire CAS? Just imagine… The statistical and graphical power of the TI-84Plus… The algebraic power of the TI-89T… The interactive geometry of the Voyage 200… Now integrate these with spreadsheeting, real-world data collection and more…
what is TI-Nspire CAS? TI-Nspire CAS integrates list and spreadsheet capabilities, supporting… real-world data collection and a complete range of easy-to-use menu-driven statistical functions.
Consider this problem: At exactly what value of x do the curves y = ax and y = loga(x) kiss? how is TI-Nspire CAS different to the TI-89T? Using the TI-89T… 1. INVESTIGATE GRAPHICALLY By trial and error, define various values for “a” and observe the effect on the graph. 2. BUILD AN ALGEBRAIC SOLUTION Carefully solve the problem algebraically – ensuring that all expressions are entered correctly!
Consider this problem: At exactly what value of x do the curves y = ax and y = loga(x) kiss? TI-Nspire CAS: different to the TI-89T? How? Using TI-Nspire CAS… 2. Use templates to easily and correctly enter all expressions: input and output both expressed in mathematical notation! 3. Students use Notes to explain their thinking and describe the solution process. 1. Easily create a slider and explore many possible values for “a”. Label algebraic objects correctly using templates.
an optimal modeling environment Problem posing and solving Model geometrically Explore Graphically Explore Algebraically Fully integrated Mathematics learning environment
examination ready… VCE 2005 Mathematical Methods Examination 1 Part 2 Question 4
benefits for all… • An optimal environment for teachers • An optimal environment for students