TI-Innovator™ Hub Kit

Motion adds a new dimension of engagement in math, science and coding Programming Rover to move is a fun way to explore topics and concepts in middle grades and high school, promote collaborative problem-solving, and spark lively conversations.   Plug-and-play ready The TI-Innovator™ Rover is out-of-the-box ready to connect to the TI-Innovator™ Hub, which is placed in a special bay on Rover. Either a TI-84 Plus CE graphing calculator or TI-Nspire™ CX handheld is secured with clamps on top of Rover. Motivate students to think differently Rover rolls over roadblocks to learning by providing students with a new way to experience — not just see — math. The physical representation creates an additional entry point to problem solving that connects math, coding and movement. Take the on-ramp to robotics Rover is an introduction to coding and robotics. The simple programming language that is built into TI graphing technology makes it easy to program the system, run it and troubleshoot to correct or fine-tune performance. Make math a moving experience Motion enables students to engage in math from a new perspective. Rover puts math in their world in a way that encourages them to ask, "what if...?" and inspires them to persist in finding solutions to make the vehicle perform the way they want it to.   Built for the classroom A durable, rechargeable battery powers Rover's two motors. The vehicle also includes a color sensor; a distance sensor; an LED display; a holder for a marker to draw paths on paper; and a gyroscope to measure heading.   Unlimited opportunities Rover's design allows for access to the TI-Innovator™ Hub input and output ports, so students can add additional capabilities to their Rover experience.

Allows for connection to four popular Vernier sensors (pH, Temperature, Force, or Pressure sensors) to the TI-Innovator™ Hub. Designed to be used with the TI-Innovator™ Hub.

The TI Bluetooth® adapter allows select Texas Instruments (TI) calculators to wirelessly connect to one of our six most popular Go Direct® sensors. Students can code beyond the screen of their TI calculator by integrating live sensor data into their Python® programming language activities. See Texas Instruments website for more information.TI Bluetooth Adaptor Settup GuideAdditional Resources from Texas InstrumentsSupported Calculators: TI-84 Plus CE (Python Edition) TI-Nspire CX II Handheld TI-Nspire CX II CAS Handheld Supported Go Direct® Sensors: Go Direct® Force and Acceleration Sensor* Go Direct® Light and Color Sensor* Go Direct® Motion Detector Go Direct® pH Sensor Go Direct® Gas Pressure Sensor Go Direct® Temperature Probe *This sensor has multiple sensor channels; however, the TI-84 Plus CE Python Edition calculator only supports one sensor channel at a time. The TI-Nspire CX II and TI-Nspire CX II CAS handhelds support up to four sensor channels at a time from this sensor.

This pack contains I/O Module components for projects that connect science concepts, programming and coding skills. The components in this pack connect to the TI-Innovator Hub output and input ports. Contains the needed components for the Science Through Engineering Design activities. Components can be used to extend students’ programming creativity. Servo motor: 360 degree, continuous rotation servo Motor Vibration motor: Coin type motor that vibrates Light sensor: Sensor that detects the light intensity of the environment. White LED: Light-emitting diode that emits white light

The components in this pack connect to the TI-Innovator Hub breadboard connectorContains the needed components for the Path to STEM Projects activitiesPack contains a breadboard and multiple components to explore such as LEDs, Resistors, Thermistor, Switches, Potentiometer, Segment Display, Small DC motor and more Breadboard Forty – male to male breadboard jumper cables Ten – male to female breadboard jumper cables LEDs five (5)- green, ten (10)-red, two (2)-RGB Resistors ten (10)-each of 100 Ohm, 1K Ohm, 10K Ohm, 100K Ohm, 10M Ohm Assorted capacitors 1- each of 100 µF, 10 µF, 1 µF Seven segment display 940nm Infrared transmitter and receiver Thermistor Analog temperature sensor Potentiometer with knob Small DC motor Diode Light sensor SPDT slide switch Eight-Position DIP switch 8 100 Ohm resistor SIP package Two-Power MOSFET Four AA battery holder

The new TI-Nspire CX II-T CAS with colour display provides a combination of a handheld and Software! Whether in the classroom or at home, any kind of mathematical or scientific exercise can be solved with this computer algebra system (CAS). Thanks to parallel operation, files can be created on the PC and easily transferred to the handheld and vice versa. Key Features NEW: Faster processor over predecessor TI-Nspire CX CAS NEW: CAS can be disabled. Deactivation of CAS in test mode possible! Easily disable the ability to perform symbolic arithmetic in document settings. Handheld features: Backlit high-resolution colour display for notes, graphs, geometry, lists & spreadsheets, data & statistics Import your own images and superimpose graphs, points, etc. 154 MB of available RAM 3D display of function graphs Differential equations (Euler & Runge-Kutta) Periodic table (tns file) Chem Box feature allows easy input chemical formulas and equations Vernier Data Quest app Touchpad for easy navigation Scratchpad (notepad) in the Home view for quick calculations (Calculator) and function graphs (Graph) without saving. Variable page layout for parallel display of up to 4 working areas. Data Collection SupportCompatible with TI-Nspire Lab Cradle, Vernier EasyLink® USB Sensor and Vernier EasyTemp® temperature sensor systems to allow collection and analysis of real-world data Advanced mathematics Software: Symbol manipulation for ......Algebra including arithmetic with undefined variables, factoring and expanding polynomials and roots in equations....Differentiation and integration including indefinite integrals, derivatives, limits and Taylor polynomials. Solve simultaneous equations (linear and non-linear) and differential equations Linear algebra (eigenvalues and eigenvectors, matrix functions) Units, conversions, physical constants TI-Nspire CAS includes the following 8 applications which are dynamically linked to each other:CalculatorPerform calculations in proper math notation.GraphsPlot, explore and animate functions, equations and inequalities.GeometryConstruct and explore dynamically geometric figures and properties.DataQuestPlug and play data collection and scientific analysis.Lists & SpreadsheetCombine spreadsheet functionality with mathematical operations.Data & StatisticsDynamic graphing and interactive analysis of data.NotesCreate interactive activities, documents or reports.ProgrammingAdd new functionality and create rich STEM activities. Press-to-Test: How to use Press-to-Test Further info: TI-Nspire Technology