Casio FX-7700GE User Manual

Provides an overview of the manual's content and structure for quick reference.

Explains the primary and shifted functions of the calculator's keys and their operations.

Describes the different operational modes of the calculator and how to select them.

Guides users through initial settings like angular measurement and decimal place display.

Covers fundamental operations, including inputting calculations, editing, and clearing memory.

Details how to store and recall functions using the calculator's memory features.

Explains calculations in different number systems like binary, octal, and hexadecimal.

Describes the calculator's graphic and text display capabilities and how they function.

Provides details on calculation sequence, error handling, and other technical aspects.

Covers basic arithmetic operations, including the use of parentheses for order of operations.

Explains how to perform calculations using degrees, radians, and grads for angular measurements.

Details the use of trigonometric functions and their inverses with examples.

Explains how to use logarithmic and exponential functions with provided examples.

Covers the usage of hyperbolic functions and their inverse counterparts.

Describes various other mathematical functions available on the calculator.

Explains how to convert between rectangular and polar coordinate systems.

Details the calculator's capabilities for permutation and combination calculations.

Guides on performing calculations involving fractions and converting between formats.

Explains how to use engineering symbols and formats for calculations.

Covers setting the display format, including decimal places and significant digits.

Demonstrates how to use the calculator's memory for storing and recalling values.

Details operations and conversions within the BASE mode (binary, octal, decimal, hex).

Explains the methods used by the calculator to compute differentials of functions.

Describes the process and methods the calculator employs for integration calculations.

Covers calculations for single data sets, including mean, standard deviation, and data input.

Details calculations for paired data, including linear regression and correlation.

Provides important notes and reminders for accurate statistical calculations.

Illustrates common statistical calculations with practical examples and their results.

Explains how to enter the Matrix Mode and prepare for matrix operations.

Guides on how to delete, insert, add rows/columns, and edit matrix contents.

Covers arithmetic operations like addition, subtraction, multiplication, and scalar products with matrices.

Lists important precautions and considerations for performing matrix operations.

Details how to enter the Equation Calculation Mode and clear equation memories.

Explains how to solve systems of linear equations with two variables.

Guides on solving systems of linear equations involving three variables.

Covers solving quadratic equations, including those with real and imaginary solutions.

Introduces the graphing capabilities and types of graphs supported by the calculator.

Explains how to graph functions in the rectangular coordinate system.

Details how to input and graph functions in polar coordinates.

Covers the process of graphing parametric equations.

Guides on graphing inequalities and understanding the shaded regions.

Explains how to graph functions for integration and interpret the results.

Describes how to generate and interpret graphs for probability distributions.

Covers creating statistical graphs from single data sets.

Details how to create statistical graphs from paired data sets.

Explains how to save graph functions and their parameters for later use.

Covers additional graphing functions like trace, plot, and scrolling.

Provides practical examples of graphing various types of functions and equations.

Introduces the basics of programming on the calculator, including modes and memory.

Explains how to delete individual programs or all stored programs.

Lists common error messages and their meanings for troubleshooting programs.

Details how program size is measured in bytes and how to check memory usage.

Describes various commands used in programming, including jump and input commands.

Explains conditional and unconditional jump commands for program flow control.

Covers the concept and use of subroutines within programs for modularity.

Explains how to use array memory for storing and manipulating data in programs.

Details how to display text prompts and messages within programs.

Covers performing matrix operations directly within programs.

Explains how to integrate graphing capabilities into programs.

Provides instructions for connecting two calculators using a transfer cable.

Guides on connecting the calculator to a computer for data transfer.

Outlines the initial steps and considerations before initiating data communication.

Explains how to configure communication settings like parity and speed.

Describes how to transfer all types of data from one unit to another.

Details the process of sending program data between units.

Explains how to transfer function memory data.

Guides on sending matrix memory data.

Details transferring statistical data stored in memory.

Covers sending data from variable memories.

Explains how to transfer graph range settings.

Guides on sending graph zoom parameters.

Details transferring stored graph functions.

Covers sending equation data, including coefficients.

Explains how to back up and transfer all calculator settings and memory.

Describes how to copy the calculator's screen display to a computer.

Provides important precautions and troubleshooting tips for data communication.

Information on the calculator's power source, battery replacement, and precautions.

Instructions on how to reset the calculator to its factory default settings.

A comprehensive reference of calculator modes, functions, and their initial settings.

A table listing error messages, their meanings, and counter-measures.

Details the acceptable input ranges for various functions and operations.

Provides technical specifications for the calculator, including calculations and communication features.