General | Screen |  | Storage
3 MB FLASH ROM memory for storing data and apps
149 KB of free RAM |  | Color
Backlit display |  | Power
Powered by rechargeable TI battery |  | Size
320 x 240 pixels (2.8" diagonally) |  | Connectivity
Easily connect via USB for data transfers, OS updates and charging |  | Resolution
140 DPI; 16-bit color depth | Other information |  | Guidebooks
Available to help you learn how to use your TI-84 Plus CE Python graphing calculator. |  | Warranty
The TI-84 Plus CE Python graphing calculator comes with a one-year limited warranty. |  Hardware - Screen size: 320 x 240 pixels (2.8" diagonal)
- Screen resolution: 140 DPI; 16-bit color
- Powered by the TI Rechargeable Battery
- 3 MB FLASH ROM memory for data archive and storage of apps
- 149 KB of available RAM memory
- USB port for computer connectivity, unit-to-unit communication with TI-84 Plus, TI-84 Plus Silver Edition, TI-84 Plus C Silver Edition and other TI-84 Plus CE graphing calculators
- Impact-resistant slide case
- Internal clock with date and time display
- Available Teacher Pack (EZ-Spot) that includes:
- Ten calculators
- Five USB computer cables
- Five unit-to-unit cables
- One charging station
- One Getting Started guide
- One classroom poster
 Built-in functionality
- Add images to graph background
- Fifteen colors for function graphing
- Change style and color of axes and grids on graphs
- Catalog syntax help
- Alphabetical CATALOG of all TI calculator operations in one menu
- Advanced functions accessed through pull-down display menus
- Real and complex numbers calculated to 14-digit accuracy and displayed with 10 digits plus a two-digit exponent
- Graphs 10 rectangular functions, six parametric expressions, six polar expressions and three recursively-defined sequences
- Up to 10 graphing functions defined, saved, graphed and analyzed at one time
- Sequence graphing mode shows time series plot, cobweb/stair-step plot and phase plots
- User-defined list names: Lists store up to 999 elements
- Seventeen interactive zoom features
- Numeric evaluations given in table format for all graphing modes
- Interactive analysis of function values, roots, maximums, minimums, integrals and derivatives
- Eight different graph styles for differentiating the look of each graph drawn
- Horizontal and vertical split-screen options
- View graph and table side-by-side
- Stores up to 10 20x20 matrices
- Matrix operations including inverse, determinant, transpose, augment, reduced row echelon form and elementary row operations; convert matrices to lists and vice-versa
- List-based, one- and two-variable statistical analysis, including logistic, sinusoidal, median-median, linear, logarithmic, exponential, power, quadratic polynomial, cubic polynomial, and quartic polynomial regression models
- Three statistical plot definitions for scatter plots, xy-line plots, histograms, regular and modified box-and-whisker plots, and normal probability plots
- Advanced statistics features including 10 hypothesis testing functions, seven confidence interval functions and one-way analysis of variance
- Fifteen probability distribution functions including Normal, Student-t, Chi-square, Binomial and Poisson
- Business functions including Time-Value-of-Money (TVM), cash flows and amortization; full screen interactive editor for solving TVM problems
- Interactive equation solver editor allows solving numerically for different variables in an equation
- Eleven regression calculations
 Applications
- Python
- Cabri™ Jr.
- CellSheet™
- Conics
- Inequality Graphing
- Language Localizers
- Periodic Table
- Polynomial Root Finder/Simultaneous Equation Solver
- Probability Simulation
- Science Tools
- Transformation Graphing
- Vernier EasyData®
 Programming
- Different options for coding languages including Python and TI-Basic
- Features a dedicated programming environment as well as programming libraries for global access to user-defined functions and programs
 Data-collection support
- Compatible with CBR™ 2 motion sensor, Vernier EasyLink® and Vernier EasyTemp® systems to allow collection and analysis of real‐world data
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