Casio FX-7700GH User Manual

Important guidelines for safe and proper handling of the calculator, including avoiding extreme temperatures and damage.

Covers the keyboard layout, primary/secondary functions, Alpha Lock, and various key operations for input and control.

Explains the different operational modes (COMP, STAT, etc.) and how to select and change them.

Details on setting units, decimal places, display formats, and engineering mode for calculations.

Guides on adjusting display contrast, using the clear menu, inputting calculations, and managing answer memory.

Instructions for storing, recalling, displaying, and deleting functions in the calculator's memory.

Procedures for performing calculations in binary, octal, decimal, and hexadecimal number systems.

Information on interpreting graphic and text displays, including inputting logical operations and calculation sequence.

Covers technical details such as calculation priority, memory usage, and error messages.

Explains basic arithmetic operations, including order of operations and using parentheses.

Details on setting and using degrees, radians, and grads for trigonometric functions.

Covers sine, cosine, tangent, and their inverse functions, including operations in different modes.

Explains how to use common and natural logarithms, and exponential functions like e^x and 10^x.

Introduces hyperbolic functions (sinh, cosh, tanh) and their inverses.

Covers various other mathematical functions available on the calculator.

Instructions for converting between rectangular and polar coordinate systems.

How to input, calculate with, and convert fractions.

Using engineering notation and symbols for calculations.

How to set and manage numerical precision and display formats for calculations.

Procedures for storing and recalling values using memory registers.

Performing calculations and conversions within different number systems in BASE mode.

Explains the method used by the calculator to compute derivatives numerically.

Details the calculator's approach to performing numerical integration.

Covers basic statistical measures like mean, standard deviation, and data input/editing for single variables.

Focuses on statistical analysis for two variables, including regression and correlation.

Important notes and formulas related to statistical calculations and their interpretation.

Practical examples demonstrating how to perform various statistical calculations.

Introduces the Matrix Answer Memory, how to display the matrix list, and matrix input procedures.

Operations for deleting or inserting rows and columns within a matrix.

Covers arithmetic operations, scalar multiplication, determinants, and inverse matrices.

Important considerations and potential errors during matrix operations.

How to enter the Equation Mode and clear previous calculations.

Procedures for inputting and solving systems of linear equations with two variables.

Steps for solving systems of linear equations involving three variables.

Instructions for entering and solving quadratic equations, including handling errors.

Overview of the graphing capabilities, including specifying range parameters and initializing display settings.

How to graph functions in rectangular coordinates, including built-in and manual functions.

Instructions for graphing functions in polar coordinates, including setting value ranges.

Procedures for graphing parametric equations and setting appropriate range parameters.

How to graph inequalities and display the solution regions.

Graphing integrals and specifying range parameters for integration.

How to graph probability distributions and interpret the results.

Creating statistical graphs such as bar graphs for single-variable data.

Generating statistical graphs for paired variables, like normal distribution curves.

Methods for saving graph functions and data into the calculator's memory.

Exploring additional graphing features like trace, zoom, and box functions.

Practical examples illustrating various graphing techniques and functions.

Basic concepts of programming, entering the programming mode, and checking memory usage.

Procedures for deleting individual programs or all programs from memory.

Lists common error messages encountered during programming and their potential causes and solutions.

Explains how program memory is measured in bytes and how to count them.

Details on essential program commands, including function menus and punctuation symbols.

How to implement conditional and unconditional jumps for program control flow.

Concepts and procedures for creating and using subroutines within programs.

How to utilize array memory for storing and manipulating data in programs.

Techniques for displaying text messages and symbols within programs.

How to incorporate matrix operations into programs.

Integrating graphing functionality into programs for visual output.

Steps for establishing a direct link between two calculators for data transfer.

Procedures for linking the calculator to a PC for data exchange.

Instructions for connecting the calculator to a label printer for outputting data.

Initial steps and mode selection required before initiating data communication.

Configuring communication settings like parity, baud rate, and transmission mode.

How to send all types of data (programs, memory, etc.) to another unit.

Specific steps to send program data between units.

Transferring function memory data from one unit to another.

Sending matrix data between calculators.

Transferring statistical data, including single and paired variables.

Sending value memory data, including variables, to another unit.

Transferring graph range parameters between calculators.

Sending graph function parameters like factors between units.

Transferring saved graph functions from one unit to another.

Sending equation data and coefficients between calculators.

Backing up and transferring mode settings and memory contents.

How to copy screen content for display on another device.

Important warnings and precautions regarding data communication operations.

Essential safety guidelines for handling batteries and the calculator to prevent damage or injury.

Step-by-step instructions for safely replacing the calculator's batteries.

Information on the automatic power-off feature to conserve battery life.

A reference guide to calculator functions, modes, and settings, including a reset confirmation.

A comprehensive list of calculator error messages and their potential causes and solutions.

Specifies the input ranges and limitations for various functions and operations.

Provides technical specifications of the calculator, including power, weight, and accessories.