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General| Category | Graphing Calculator |
|---|---|
| Display | LCD |
| Display Size | 128 x 64 pixels |
| Display Type | Monochrome |
| Graphing Capabilities | Yes |
| Model | fx-9750GII |
| Power Supply | 4 AAA batteries |
| Memory | 62KB RAM |
| Programming | Yes, Casio BASIC |
| Connectivity | USB |
| Weight | 205 grams |
| Color Options | Blue |
| Battery Life | Approximately 200 hours |
| Number of Functions | Over 280 |
Overview of the 14 calculator mode icons accessible from the MAIN MENU.
Introduction to key calculator modes: RUN-MAT, STAT, GRAPH, DYNA, TABLE, RECUR.
Details on CONICS, EQUA, PRGM, TVM, LINK, E-CON, MEM, SYSTEM modes.
Procedure for powering the Casio FX9750GII calculator on and off.
Explanation of accessing calculator modes via the MAIN MENU icons.
Core functionality and setup for the RUN-MAT calculator icon.
Navigating menus, editing entries, and toggling between screens.
Clearing screens, editing graph domain/range, and tracing functions.
Entering and calculating with fractions, decimals, and percentages.
Performing calculations with fractions, decimals, and using percentages.
Evaluating expressions involving powers and roots.
Replacing variables in formulas with numerical values.
Using the RUN-MAT icon for quick graph plotting.
Finding graph scale details using the V-Window.
Clearing screens, editing domain/range, and tracing graph functions.
Using zoom functions and plotting points on graphs.
Introduction to the GRAPH icon and its main features.
Configuring graph settings and accessing G-Solve features.
Using G-Solve to find roots, maximums, minimums, and intercepts.
Core operations within the GRAPH icon.
Graphing linear equations with varying coefficients.
Graphing parabolic equations with varying coefficients.
Entering piecewise functions and using auto zoom.
Auto zoom adjustments and finding unknown x values.
Finding graph intercepts and intersection points.
Solving trigonometric and X= equations graphically.
Graphing X= equations and exploring graph types.
Introduction to OPTN, VARS, and CATALOG keys for accessing functions.
Accessing List, Matrix, Complex, and Calculus functions via OPTN.
Accessing Statistics, Conversion, Hyperbolic, and Probability functions.
Accessing Number, Angle, E Symmetry, and Picture functions.
Accessing Function Memory, Logic, Capture, and TVM financial functions.
Using V-Window and accessing Graph/Dynamic Graph functions.
Accessing Table, Recursion, Equation, TVM, and String functions.
Explanation of the CATALOGUE key and its structure.
Accessing various categories within the command list.
Accessing remaining categories: Table, Equation, String, TVM, Conversion.
Introduction to the STATISTICS icon and its capabilities.
Entering data and performing univariate statistical analysis.
Performing calculations and drawing graphs for univariate data.
Sorting data and calculating statistical measures.
Examples of univariate and bi-variate data analysis.
Example of bi-variate data analysis with regression.
Modifying the contents of calculator lists.
Procedures for deleting list entries and columns.
Introduction to the programming environment and tools.
Examples of programming games: Rain on the Roof, Number Guess.
Examples of programming for number theory: Factors, Mandelbrot.
Examples of programming for fractals and simulations: Fractal Fern, Dice.
Guide to the program mode command list structure.
Accessing various categories: All, Calc, Stats, Graph, Prog, Setup.
Introduction to the GRAPH icon and its configuration.
Illustrative example and G-Solve features for graph analysis.
Exploring graph displays and dynamic graphs.
Using DYNA, Table, and Equations modes for analysis.
Solving simultaneous and polynomial equations.
Solving polynomial and other equation types.
More examples of solving various equation types.
Solving equations and investigating conic sections.
Analyzing conic sections and using the Link mode.
Managing calculator memory and system configurations.
Performing financial calculations: interest, cash flow, amortization.
Working with sequences, series, and copy/paste functions.
Complex number and differentiation calculations in RUN-MAT.
Differentiation and integration calculations in RUN-MAT.
Integral calculations and piecewise function graphing.
Graphing piecewise functions, inequalities, and algebraic substitution.
Substitution and factorisation checking in RUN-MAT.
Factorisation checking and matrix operations in RUN-MAT.
Graphing vertical lines and inequalities for linear programming.
Graphing inequalities and performing combinatorial calculations.
Combinatorial calculations and generating table of values.
Performing unit conversions and identifying commonly used keys.
More examples of commonly used calculator functions.
Additional commonly used calculator functions.
Performing normal distribution analysis in RUN-MAT and STAT modes.
STAT mode analysis and examples for normal distribution.
Examples for normal distribution and introduction to binomial analysis.
Calculating binomial probabilities in STAT mode.
Example calculation for binomial distribution probabilities.
Calculating Poisson probabilities in STAT mode.
Calculating 1-sample and 2-sample confidence intervals.
Calculating 1-proportion and 2-proportion confidence intervals.
Introduction to the EA-200 data logger and its connected probes.
Connecting Venier probes and other external devices.
Setting up the EA-100 data logger and transferring data.
Using the data analyser in multimeter mode.
Continuing EA-100 setup and using probes for data collection.
Transferring data to calculator and performing analysis.
Steps for a cooling experiment and analyzing the results.
Connecting EA-200 using the E-CON2 icon and analyzing results.
Transferring data between calculator, computer, and projector.
Comprehensive index of calculator keys and their functions.
Listing primary functions of calculator keys.
Functions accessed using SHIFT and ALPHA keys.
More calculator keys and their primary functions.
More SHIFT and ALPHA key combinations.
Additional calculator keys and their primary functions.
Additional SHIFT and ALPHA key combinations.
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