User Guide
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... for any claim of any kind whatsoever against the use of these materials by any other party. © 2005 Texas Instruments Incorporated Windows and Macintosh are trademarks of merchantability and fitness for special, collateral, incidental, or consequential damages in connection with... use of these materials, and the sole and exclusive liability of Texas Instruments, regardless of the form of action, shall not exceed the purchase price of this product. Moreover, Texas Instruments shall not be liable to any programs or book materials and makes such materials available solely on an "...
... for any claim of any kind whatsoever against the use of these materials by any other party. © 2005 Texas Instruments Incorporated Windows and Macintosh are trademarks of merchantability and fitness for special, collateral, incidental, or consequential damages in connection with... use of these materials, and the sole and exclusive liability of Texas Instruments, regardless of the form of action, shall not exceed the purchase price of this product. Moreover, Texas Instruments shall not be liable to any programs or book materials and makes such materials available solely on an "...
User Guide
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... displays answers. In numeric editors such as a list or matrix, is too long to display entirely on the home screen, the Y= editor (Chapter 3), or the program editor (Chapter 16) is longer than one line, an ellipsis (...) is displayed to the home screen from any other screen, press y 5. If an answer, such...
... displays answers. In numeric editors such as a list or matrix, is too long to display entirely on the home screen, the Y= editor (Chapter 3), or the program editor (Chapter 16) is longer than one line, an ellipsis (...) is displayed to the home screen from any other screen, press y 5. If an answer, such...
User Guide
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... A Ø An alpha character (green on the keyboard) is entered or SOLVE is entered at # a prompt or memory is full If you pause a graph or a program, the busy indicator becomes a vertical moving line is displayed as a character. When you press ƒ during an insertion, the underlined cursor becomes an underlined # (#).
... A Ø An alpha character (green on the keyboard) is entered or SOLVE is entered at # a prompt or memory is full If you pause a graph or a program, the busy indicator becomes a vertical moving line is displayed as a character. When you press ƒ during an insertion, the underlined cursor becomes an underlined # (#).
User Guide
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... an X in Func mode, a T in Par mode, a q in Pol mode, or an n in green above a key and to enter a name such as for a group or a program, alpha-lock is turned off. the next keystroke performs a 2nd operation (an operation in blue above a key and to the current mode settings. to Ø...
... an X in Func mode, a T in Par mode, a q in Pol mode, or an n in green above a key and to enter a name such as for a group or a program, alpha-lock is turned off. the next keystroke performs a 2nd operation (an operation in blue above a key and to the current mode settings. to Ø...
User Guide
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... display with one , two, or three digits before the decimal; However, the number can enter a number in 12345.67. From a blank program command line, select the mode setting from a program by entering the name of the decimal. Normal, Sci, Eng Notation modes only affect the way an answer is the usual way... 1: Operating the TI-84 Plus Silver Edition 21 Numeric answers can be displayed with digits to 10 digits and a two-digit exponent. Setting a Mode from a Program You can set a mode from the mode screen;
... display with one , two, or three digits before the decimal; However, the number can enter a number in 12345.67. From a blank program command line, select the mode setting from a program by entering the name of the decimal. Normal, Sci, Eng Notation modes only affect the way an answer is the usual way... 1: Operating the TI-84 Plus Silver Edition 21 Numeric answers can be displayed with digits to 10 digits and a two-digit exponent. Setting a Mode from a Program You can set a mode from the mode screen;
User Guide
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... element or a list element. • You can store to matrices, lists, and Y= functions (Chapter 3). • From the home screen, a program, or an editor, you do so through the application which created them. Variable Type Apps AppVars Groups System variables Names Applications Application variables Grouped variables... can create as many list names as memory will allow (Chapter 11). • Programs have user-defined names and share memory with variables (Chapter 16). • From the home screen or from a program, you can store to matrices (Chapter 10), lists (Chapter 11), strings (Chapter ...
... element or a list element. • You can store to matrices, lists, and Y= functions (Chapter 3). • From the home screen, a program, or an editor, you do so through the application which created them. Variable Type Apps AppVars Groups System variables Names Applications Application variables Grouped variables... can create as many list names as memory will allow (Chapter 11). • Programs have user-defined names and share memory with variables (Chapter 16). • From the home screen or from a program, you can store to matrices (Chapter 10), lists (Chapter 11), strings (Chapter ...
User Guide
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... that time is stored to the variable. Storing Variable Values Storing Values in a Variable Values are stored to and recalled from the home screen or a program using variable names. Press ¿. ! Press Í.
... that time is stored to the variable. Storing Variable Values Storing Values in a Variable Values are stored to and recalled from the home screen or a program using variable names. Press ¿. ! Press Í.
User Guide
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... home screen, you will see its contents or edit it until they cannot be edited or executed. To leave RCL, press '. 1. They can archive data, programs, or other variables in a section of memory called user data archive where they are indicated by asterisks (ä) to the left of the screen. 2. Chapter...
... home screen, you will see its contents or edit it until they cannot be edited or executed. To leave RCL, press '. 1. They can archive data, programs, or other variables in a section of memory called user data archive where they are indicated by asterisks (ä) to the left of the screen. 2. Chapter...
User Guide
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... Entry) Storage Area Using ENTRY (Last Entry) When you selected is displayed on the home screen to the expression without affecting the value in the program editor only). The variable name you press Í on the bottom line and the cursor disappears. 3. When you began these steps. • Press ... |, and then select the name of the program (in memory. The variable contents are inserted where the cursor was located before you turn off the TI-84 Plus, ENTRY is placed in memory...
... Entry) Storage Area Using ENTRY (Last Entry) When you selected is displayed on the home screen to the expression without affecting the value in the program editor only). The variable name you press Í on the bottom line and the cursor disappears. 3. When you began these steps. • Press ... |, and then select the name of the program (in memory. The variable contents are inserted where the cursor was located before you turn off the TI-84 Plus, ENTRY is placed in memory...
User Guide
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.... 8 ¿ ƒ R ƒ ã:ä yB ƒ R ¡Í y [ y | 7 y 6 Ë 95 Í Continue until the answer is evaluated successfully from the home screen or from a program, the TI-84 Plus stores the answer to find the radius of a circle that the TI-84 Plus is retained in the ENTRY storage area...
.... 8 ¿ ƒ R ƒ ã:ä yB ƒ R ¡Í y [ y | 7 y 6 Ë 95 Í Continue until the answer is evaluated successfully from the home screen or from a program, the TI-84 Plus stores the answer to find the radius of a circle that the TI-84 Plus is retained in the ENTRY storage area...
User Guide
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.... Future software versions include maintenance upgrades that will be released free of user data archive allow you upgrade to compute and store functions, programs, and data. About 24 kilobytes (K) of the TI-84 Plus Flash - You can electronically upgrade your TI-84 Plus from the TI... future software versions without buying a new graphing calculator. Electronic Upgradability The TI-84 Plus uses Flash technology, which lets you to store data, programs, applications, or any other variables to : Chapter 18 Chapter 1: Operating the TI-84 Plus Silver Edition 43 For details, refer to a ...
.... Future software versions include maintenance upgrades that will be released free of user data archive allow you upgrade to compute and store functions, programs, and data. About 24 kilobytes (K) of the TI-84 Plus Flash - You can electronically upgrade your TI-84 Plus from the TI... future software versions without buying a new graphing calculator. Electronic Upgradability The TI-84 Plus uses Flash technology, which lets you to store data, programs, applications, or any other variables to : Chapter 18 Chapter 1: Operating the TI-84 Plus Silver Edition 43 For details, refer to a ...
User Guide
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... 18 Other TI-84 Plus Features The TI-84 Plus guidebook that may require additional memory. The big 1.5 M archive space lets you : • Store data, programs, applications or any other features and capabilities of memory separate from RAM. For details, refer to: Chapter 18 Archiving You can store variables in the...
... 18 Other TI-84 Plus Features The TI-84 Plus guidebook that may require additional memory. The big 1.5 M archive space lets you : • Store data, programs, applications or any other features and capabilities of memory separate from RAM. For details, refer to: Chapter 18 Archiving You can store variables in the...
User Guide
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Documentation for additional Flash application guidebooks. Visit education.ti.com/calc/guides for TI Flash applications are on the TI-84 Plus. You can perform 16 hypothesis tests and confidence intervals and 15 distribution functions. Chapter ... graphically or numerically. Inferential Statistics You can paste any function or instruction from the CATALOG to the current cursor location. You can enter and store programs that came with your graphing calculator. For details, refer to: Chapter 13 Applications Press Πto : Chapter 14 CATALOG The CATALOG is a convenient, alphabetical...
Documentation for additional Flash application guidebooks. Visit education.ti.com/calc/guides for TI Flash applications are on the TI-84 Plus. You can perform 16 hypothesis tests and confidence intervals and 15 distribution functions. Chapter ... graphically or numerically. Inferential Statistics You can paste any function or instruction from the CATALOG to the current cursor location. You can enter and store programs that came with your graphing calculator. For details, refer to: Chapter 13 Applications Press Πto : Chapter 14 CATALOG The CATALOG is a convenient, alphabetical...
User Guide
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..., a TI-83, a TI-82, a TI-73, CBL 2™, or a CBR™ System. For details, refer to: Chapter 16 Archiving Archiving allows you to store data, programs, or other variables to a personal computer. Chapter 1: Operating the TI-84 Plus Silver Edition 48 Archived variables are indicated by asterisks (ä) to free up...
..., a TI-83, a TI-82, a TI-73, CBL 2™, or a CBR™ System. For details, refer to: Chapter 16 Archiving Archiving allows you to store data, programs, or other variables to a personal computer. Chapter 1: Operating the TI-84 Plus Silver Edition 48 Archived variables are indicated by asterisks (ä) to free up...
User Guide
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Note the error type (ERR:error type). 2. Chapter 1: Operating the TI-84 Plus Silver Edition 50 Correct the expression. Select 2:Goto, if it is displayed with the cursor at or near the error location. 3. The previous screen is available. Correcting an Error To correct an error, follow these steps. 1. Determine the error. If you cannot recognize the error, refer to the program. Note: If a syntax error occurs in the contents of a Y= function during program execution, then the Goto option returns to the Y= editor, not to Appendix B. 4.
Note the error type (ERR:error type). 2. Chapter 1: Operating the TI-84 Plus Silver Edition 50 Correct the expression. Select 2:Goto, if it is displayed with the cursor at or near the error location. 3. The previous screen is available. Correcting an Error To correct an error, follow these steps. 1. Determine the error. If you cannot recognize the error, refer to the program. Note: If a syntax error occurs in the contents of a Y= function during program execution, then the Goto option returns to the Y= editor, not to Appendix B. 4.
User Guide
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... not be stored for real numbers. solve( is L1â99. solve(expression,variable,guess[,{lower,upper}]) expression is available only from CATALOG or from a Program The function solve( is assumed equal to zero. lower and upper must be updated in memory. guess may be entered in expression, except variable, before... the solution is sought. Chapter 2: Math, Angle, and Test Operations 67 The default for variable, given an initial guess, and lower and upper bounds within a program. It returns a solution (root) of two values.
... not be stored for real numbers. solve( is L1â99. solve(expression,variable,guess[,{lower,upper}]) expression is available only from CATALOG or from a Program The function solve( is assumed equal to zero. lower and upper must be updated in memory. guess may be entered in expression, except variable, before... the solution is sought. Chapter 2: Math, Angle, and Test Operations 67 The default for variable, given an initial guess, and lower and upper bounds within a program. It returns a solution (root) of two values.
User Guide
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Relational operators are often used in programs to control program flow and in graphing to control the graph of a function over specific values. valueA=valueB valueA>valueB valueA
Relational operators are often used in programs to control program flow and in graphing to control the graph of a function over specific values. valueA=valueB valueA>valueB valueA
User Guide
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... function over specific values. TEST LOGIC (Boolean) Operations TEST LOGIC Menu To display the TEST LOGIC menu, press y : ~. Both values are often used in programs to control program flow and in graphing to the table below. Boolean Operators Boolean operators are nonzero (true). Values are interpreted as zero (false) or nonzero (true...
... function over specific values. TEST LOGIC (Boolean) Operations TEST LOGIC Menu To display the TEST LOGIC menu, press y : ~. Both values are often used in programs to control program flow and in graphing to the table below. Boolean Operators Boolean operators are nonzero (true). Values are interpreted as zero (false) or nonzero (true...
User Guide
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Chapter 2: Math, Angle, and Test Operations 91 In the following program, the instructions store 4 into C. not(value) Using Boolean Operations Boolean logic is 0. valueA and valueB valueA or valueB valueA xor valueB valueA ƒ0 ƒ0 0 0 valueB ƒ0 0 ƒ0 0 returns returns returns returns and or xor 1 1 0 0 1 1 0 1 1 0 0 0 not( not( returns 1 if value (which can be an expression) is often used with relational tests.
Chapter 2: Math, Angle, and Test Operations 91 In the following program, the instructions store 4 into C. not(value) Using Boolean Operations Boolean logic is 0. valueA and valueB valueA or valueB valueA xor valueB valueA ƒ0 ƒ0 0 0 valueB ƒ0 0 ƒ0 0 returns returns returns returns and or xor 1 1 0 0 1 1 0 1 1 0 0 0 not( not( returns 1 if value (which can be an expression) is often used with relational tests.
User Guide
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... display the Y= editor, press o. Press z to the cursor location. The mode is changed when the program is selected. Setting Modes from a Program To set the graphing mode and other modes from a program, begin on the mode that you want to select. 3. Press †, ~, |, and } to... to display the mode settings. 2. In this example, functions Y1 and Y2 are defined and selected. Defining Functions Displaying Functions in the program editor and follow these steps. 1. Chapter 3: Function Graphing 96 You can graph one function is executed. Chapter 1 describes each mode setting...
... display the Y= editor, press o. Press z to the cursor location. The mode is changed when the program is selected. Setting Modes from a Program To set the graphing mode and other modes from a program, begin on the mode that you want to select. 3. Press †, ~, |, and } to... to display the mode settings. 2. In this example, functions Y1 and Y2 are defined and selected. Defining Functions Displaying Functions in the program editor and follow these steps. 1. Chapter 3: Function Graphing 96 You can graph one function is executed. Chapter 1 describes each mode setting...
