FX-CG50
Description
The CASIO FX-CG50 is the most advanced graphing calculator of the series. Specifically, it combines advanced technology with ease of use.
It covers a wide range of needs: from school mathematics to professional use. The calculator supports complex mathematical calculations, statistical analysis and financial computations. In addition, it features 3D graphs and a colour display for clear visual representation. At the same time, it stands out thanks to its built-in Python.
As a result, it is the ideal tool for those working with programming in the sciences.
Who is the CASIO FX-CG50 for
The CASIO FX-CG50 is the ideal choice for:
IB Diploma Programme students: the only approved graphing calculator for IB exams
Mathematicians: advanced functions for teaching and research
Science students: statistics, probability, data analysis
Engineers: built-in Python for programming and calculations
Economists & analysts: a complete range of financial functions
Specifications
Display
| Display Type | 216×384 pixels |
| Natural Display | |
| Algebraic Input | Natural V.P.A.M. |
| Digits / Lines | 8 x 21 |
| Icon Menu | |
| 4-gradation Display | |
| Mantissa / Exponent | 10+2 |
| Color Display | |
| Display Size (pixels) | 216 x 384 |
| Backlight | |
| Vertical & Horizontal View | |
| Pen-operated Touchscreen | |
| Pinch-In/Out (Finger Zoom) |
Memory
| Replay Function | |
| Variables Memory | 28 |
| Program Memory | |
| Storable Programs | |
| RAM / Flash-ROM Memory | 61 kB / 16 MB |
| Recall of Last Entry |
Mathematics
| Pre-installed Formula | |
| Functions | 2900 |
| Scientific Constants | |
| Metric Conversions | |
| Parenthesis Levels | |
| Fractional Arithmetic | |
| Angle Unit (DEG/RAD/GRAD) | |
| Angle Unit Conversion | |
| Coordinate Transformation Pol/Rec | |
| Unit Conversions | |
| Trigonometric Functions | |
| Hyperbolic Functions | |
| Exponential / Logarithmic Functions | |
| Mathematical Functions (√, x², x⁻¹…) | |
| Base-n Calculations (HEX/DEC/BIN/OCT) | |
| Logical Operators (AND/OR/…) | |
| Sexagesimal ↔ Decimal Conversion | |
| Percentage Calculation | |
| Remainder | |
| Prime Factorization | |
| Engineering Notation (ENG) | |
| Engineering Symbols | |
| Complex Number Calculations | |
| Random Number Generator | |
| Random Integers | |
| Quadratic Function Min/Max | |
| GCD / LCM Function | |
| Matrix / Vector Calculations | |
| REF / RREF Function | |
| Vector Equations | |
| Equation Solver | |
| Inequations | |
| Table Function | |
| Linear Equation (degree) | 6 |
| Polynomial Equations | Up to 6th degree |
| Computer Algebra System (CAS) | |
| Repeat / Answer Memory | |
| Recursive Number Series | |
| Laplace Transformation | |
| Fourier Transformation |
Graphical Representation
| No. of Rectangular Functions | 20 |
| No. of Parametric Functions | 20 |
| No. of Polar Functions | 20 |
| X = f(Y) Graph | |
| Inequations | |
| Zoom & Trace Functions | |
| Conics Mode | |
| 3D Graph | Pre-installed / Add-In |
| Dynamic Geometry Software | Pre-installed / Add-In |
Statistics
| Mean Value & Standard Deviation | |
| Linear Regression | |
| Median & Quartiles | |
| Descriptive Statistics | |
| Permutation (nPr) / Combination (nCr) | |
| Regression Models | 12 |
| Histograms & Scatter Plots | |
| Box-Whisker Plots | |
| Pie / Bar Chart | |
| Number of Lists | 26x6 |
| Max. List Length | 999 |
| Evaluative Statistics | |
| Random Number Generator | |
| Random Integers | |
| Chi, ANOVA & F-tests | |
| Z and T Interval Tests | |
| Probability Simulation | Add-In |
| Probability Distribution |
Differential & Integral Calculus
| Numerical Integration | |
| Numerical Differential Calculus | |
| Differential Equations | |
| Interactive Differential Calculation | |
| Symbolic Integral Calculus | |
| Symbolic Differential Calculus | |
| Dynamic Calculation of Area | |
| Roots, Intersection & Integral Borders | |
| Maximum & Minimum of Function |
Programming
| Formula Memory | |
| Programming / User-defined | |
| String Function | |
| Python |
Financial Mathematics
| N, %, I, PMT, PV, FV | |
| Amortization | |
| Percentage ↔ Effective Interest Conversion | |
| Simple & Compound Interest | |
| Due Date for Annuity | |
| Day / Date Calculations | |
| Depreciation | |
| Bond Calculation | |
| Discounted Cash Flow Analysis | |
| Price / Cost / Margin Calculations |
Other Features
| Menu Language | |
| Spreadsheet | |
| QR Code | |
| Auto Shutdown | |
| Emulator Software | |
| Additional Applications / Add-Ins | |
| OS Update Possible | |
| Password Protection | |
| Picture Plot | Pre-installed / Add-In |
| Physium (Physics) | Add-In |
| eActivity | |
| Catalogue Function | |
| C-Lab / ECON Connection | ECON4 |
Power
| Battery | 4 x AAA |
Hardware
| Dimensions | 18,6 x 89 x 188,5 |
| Weight | 230 g |
| Protective Hard Case | |
| Calculator-to-Calculator Cable | Included |
| PC Connection |
Key Features & Capabilities
3D Graphs
The FX-CG50 allows you to easily draw 3D graphs. Specifically, it supports four types: Sphere, Cylinder, Plane and Line.
At the same time, ready-made templates make the process simple. As a result, students understand geometry in space quickly and clearly.
Built-in Python & G-Solve
The FX-CG50 features built-in Python for programming. Therefore, it is the ideal tool for students learning code in the sciences.
In addition, the G-Solve function easily solves problems involving intersections, roots and integrals. As a result, you save time on complex calculations.
More Resources
Solving simultaneous equations graphically: a step-by-step guide
Compared with algebraic solutions, having a visual representation of equations can offer a clear illustration to students and help them find the answer quickly.
Using Numerical Methods on the FX-CG50
Numerical methods help students solve equations that have no obvious algebraic solution. They’re one of the most challenging topics in GCSE, A-level and IB Mathematics. The FX-CG50 graphing calculator makes them much easier to teach and learn.
Exploring every app on the fx-CG50 graphic calculator
The FX-CG50 is our most advanced graphic calculator approved by exam boards and offers a broad range of features and functionality. So broad, in fact, that you might not even be aware of some of its capabilities.
The CASIO FX-CG50 Graphing Calculator
The CASIO FX-CG50 is the most advanced graphing calculator of the series.
Specifically, it combines advanced technology with ease of use.
As a result, it covers a wide range of needs, from school mathematics to professional use.
The calculator features a high-resolution colour display.
At the same time, graphs become clear and easy to understand.
Advanced Mathematics & Scientific Calculations
The FX-CG50 supports complex mathematical calculations.
Specifically, it covers algebra, calculus and trigonometry.
In addition, it features tools for integrals, differential calculus and equation solving.
As a result, it serves students and professionals at a high scientific level.
3D Graphs & Visualisation
The calculator easily draws 3D graphs.
Specifically, through ready-made templates, geometry in space becomes quickly understandable.
At the same time, it supports conic graphs and advanced trace functions.
As a result, it transforms complex calculations into clear visual representations.
Built-in Python for Programming
The calculator stands out thanks to its built-in Python.
Specifically, users write and run code directly on the device.
In addition, the calculator supports interactive lessons through the e-Activity function.
As a result, it is the ideal tool for those learning programming in the sciences.
Statistics, Probability & Financial Calculations
The calculator offers specialised data analysis tools.
Specifically, it covers descriptive statistics, regression and probability distributions.
At the same time, it features complete financial tools.
In addition, it calculates interest, depreciation, bonds and cash flows.
Who is the FX-CG50 for
The CASIO FX-CG50 is the ideal choice for a wide audience:
Students of the IB Diploma Programme: the only approved graphing calculator for IB exams
Mathematicians: advanced functions for teaching and research
Science students: statistics, probability, data analysis
Engineers: built-in Python for programming
Economists & analysts: a complete range of financial functions