User Guide
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... Interference This equipment has been tested and found to comply with the instructions, may void your authority to operate the equipment. This equipment generates, uses, and can try to provide reasonable protection against harmful interference in a particular installation. These limits are designed to correct the interference by Texas Instruments may cause harmful interference...
... Interference This equipment has been tested and found to comply with the instructions, may void your authority to operate the equipment. This equipment generates, uses, and can try to provide reasonable protection against harmful interference in a particular installation. These limits are designed to correct the interference by Texas Instruments may cause harmful interference...
User Guide
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...the other keys becomes active for the next keystroke. The alpha function of the keyboard are color-coded to applications such as the Inequality Graphing application. The light gray keys along the right side of each key is displayed. The Œ key with the purple lettering provides... this keystroke combination as y :. Chapter 1: Operating the TI-84 Plus Silver Edition 3 The primary function of each key is entered. The light gray keys across the top set up and display graphs. When you press y and then , the TEST menu is printed in green above the other keys becomes ...
...the other keys becomes active for the next keystroke. The alpha function of the keyboard are color-coded to applications such as the Inequality Graphing application. The light gray keys along the right side of each key is displayed. The Œ key with the purple lettering provides... this keystroke combination as y :. Chapter 1: Operating the TI-84 Plus Silver Edition 3 The primary function of each key is entered. The light gray keys across the top set up and display graphs. When you press y and then , the TEST menu is printed in green above the other keys becomes ...
User Guide
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... on the keyboard as the second functions of the Y= function variables. Graph database variables Picture variables XY, G, EQ, TEST, and PTS variables TABLE variables String variables Selecting a Variable from the VARS or VARS Y-VARS menu, follow these steps. 1. Chapter 1: Operating the TI-84 Plus Silver Edition 39 Display the VARS or VARS Y-VARS menu...
... on the keyboard as the second functions of the Y= function variables. Graph database variables Picture variables XY, G, EQ, TEST, and PTS variables TABLE variables String variables Selecting a Variable from the VARS or VARS Y-VARS menu, follow these steps. 1. Chapter 1: Operating the TI-84 Plus Silver Edition 39 Display the VARS or VARS Y-VARS menu...
User Guide
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Inferential Statistics You can display hypothesis test results graphically or numerically. Documentation for additional Flash application guidebooks. For details, refer to the current cursor location. Visit education.ti.com/calc/guides for TI Flash applications are on the TI-84 Plus. Chapter 1: Operating the TI-84 Plus Silver Edition 47 For details,... or instruction from the CATALOG to : Chapter 15 Programming You can enter and store programs that came with your graphing calculator. You can perform 16 hypothesis tests and confidence intervals and 15 distribution functions.
Inferential Statistics You can display hypothesis test results graphically or numerically. Documentation for additional Flash application guidebooks. For details, refer to the current cursor location. Visit education.ti.com/calc/guides for TI Flash applications are on the TI-84 Plus. Chapter 1: Operating the TI-84 Plus Silver Edition 47 For details,... or instruction from the CATALOG to : Chapter 15 Programming You can enter and store programs that came with your graphing calculator. You can perform 16 hypothesis tests and confidence intervals and 15 distribution functions.
User Guide
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... this example, the coin came up heads five times in the first set of 10 coin flips, five times in heads. Chapter 2: Math, Angle, and Test Operations Getting Started: Coin Flip Getting Started is 0.5. 1. Suppose you want to perform this simulation was performed 40 times. The list contains the count of... the second set of 10 coin flips, and so on the home screen. Press 7 to model flipping a fair coin 10 times. Chapter 2: Math, Angle, and Test Operations 51 Begin on .
... this example, the coin came up heads five times in the first set of 10 coin flips, five times in heads. Chapter 2: Math, Angle, and Test Operations Getting Started: Coin Flip Getting Started is 0.5. 1. Suppose you want to perform this simulation was performed 40 times. The list contains the count of... the second set of 10 coin flips, and so on the home screen. Press 7 to model flipping a fair coin 10 times. Chapter 2: Math, Angle, and Test Operations 51 Begin on .
User Guide
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Press ~ or | to the list name L1. If you use the data for lists return a list calculated element by element. Press ¿ y d Í to store the data to view the additional counts in the same expression, they must be the same length...with Math Operations Math operations that the list continues beyond the screen. 4. 3. You then can use two lists in the list. Chapter 2: Math, Angle, and Test Operations 52 Ellipses (...) indicate that are valid for another activity, such as plotting a histogram (Chapter 12). Note: Since randBin( generates random numbers, your list ...
Press ~ or | to the list name L1. If you use the data for lists return a list calculated element by element. Press ¿ y d Í to store the data to view the additional counts in the same expression, they must be the same length...with Math Operations Math operations that the list continues beyond the screen. 4. 3. You then can use two lists in the list. Chapter 2: Math, Angle, and Test Operations 52 Ellipses (...) indicate that are valid for another activity, such as plotting a histogram (Chapter 12). Note: Since randBin( generates random numbers, your list ...
User Guide
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... numbers, expressions, and lists. in Radian mode returns L.9880316241; and tangent, š) with real and complex numbers, expressions, lists, and matrices. Chapter 2: Math, Angle, and Test Operations 53 The current angle mode setting affects interpretation.
... numbers, expressions, and lists. in Radian mode returns L.9880316241; and tangent, š) with real and complex numbers, expressions, lists, and matrices. Chapter 2: Math, Angle, and Test Operations 53 The current angle mode setting affects interpretation.
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... numbers, expressions, lists, and matrices. Power, Square, Square Root You can use ‡( with matrices. log(value) 10^(power) ln(value) Chapter 2: Math, Angle, and Test Operations 54 You cannot use ^ (power, ›), 2 (square, ¡), and ‡( (square root, y C) with real and complex numbers, expressions, lists, and matrices...
... numbers, expressions, lists, and matrices. Power, Square, Square Root You can use ‡( with matrices. log(value) 10^(power) ln(value) Chapter 2: Math, Angle, and Test Operations 54 You cannot use ^ (power, ›), 2 (square, ¡), and ‡( (square root, y C) with real and complex numbers, expressions, lists, and matrices...
User Guide
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...evaluated before negation. Use parentheses to a power. In calculations, the TI-84 Plus uses 2.718281828459 for e. Exponential e^( (exponential, y J) returns the constant e raised to square a negated number, as a constant on the TI-84 Plus. For example, LA2 returns a negative number, ...because squaring is evaluated. Negation M (negation, Ì) returns the negative of value. Chapter 2: Math, Angle, and Test Operations 55 e^(power) Constant e (constant, y [e])...
...evaluated before negation. Use parentheses to a power. In calculations, the TI-84 Plus uses 2.718281828459 for e. Exponential e^( (exponential, y J) returns the constant e raised to square a negated number, as a constant on the TI-84 Plus. For example, LA2 returns a negative number, ...because squaring is evaluated. Negation M (negation, Ì) returns the negative of value. Chapter 2: Math, Angle, and Test Operations 55 e^(power) Constant e (constant, y [e])...
User Guide
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Chapter 2: Math, Angle, and Test Operations 56 Note: On the TI-84 Plus, the negation symbol (M) is shorter and higher than the subtraction sign (N), which is stored as a constant in the TI-84 Plus. Pi p (Pi, y B) is displayed when you press ¹. In calculations, the TI-84 Plus uses 3.1415926535898 for p.
Chapter 2: Math, Angle, and Test Operations 56 Note: On the TI-84 Plus, the negation symbol (M) is shorter and higher than the subtraction sign (N), which is stored as a constant in the TI-84 Plus. Pi p (Pi, y B) is displayed when you press ¹. In calculations, the TI-84 Plus uses 3.1415926535898 for p.
User Guide
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... the equation solver. 4Frac, 4Dec 4Frac (display as a fraction) displays an answer as a decimal. 3: 3 Calculates the cube. 4: 3‡( Calculates the cube root. 5: x‡ Calculates the xth root. 6: fMin( Finds the minimum of a function. 7: fMax( Finds the maximum of a function.... 8: nDeriv( Computes the numerical derivative. 9: fnInt( Computes the function integral. 0: Solver... If the answer Chapter 2: Math, Angle, and Test...
... the equation solver. 4Frac, 4Dec 4Frac (display as a fraction) displays an answer as a decimal. 3: 3 Calculates the cube. 4: 3‡( Calculates the cube root. 5: x‡ Calculates the xth root. 6: fMin( Finds the minimum of a function. 7: fMax( Finds the maximum of a function.... 8: nDeriv( Computes the numerical derivative. 9: fnInt( Computes the function integral. 0: Solver... If the answer Chapter 2: Math, Angle, and Test...
User Guide
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You can use 4Dec with real or complex numbers, expressions, and lists. 3‡(value) Chapter 2: Math, Angle, and Test Operations 58 You can only use 3‡( with real or complex numbers, expressions, lists, and matrices. cannot be simplified or the resulting denominator is more ...
You can use 4Dec with real or complex numbers, expressions, and lists. 3‡(value) Chapter 2: Math, Angle, and Test Operations 58 You can only use 3‡( with real or complex numbers, expressions, lists, and matrices. cannot be simplified or the resulting denominator is more ...
User Guide
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... real or complex numbers, expressions, and lists. The accuracy is controlled by tolerance (if not specified, the default is 1âL5). Chapter 2: Math, Angle, and Test Operations 59 fMin( and fMax( are enclosed in expression. fMin(expression,variable,lower,upper[,tolerance]) fMax(expression,variable,lower,upper[,tolerance]) Note: In this guidebook...
... real or complex numbers, expressions, and lists. The accuracy is controlled by tolerance (if not specified, the default is 1âL5). Chapter 2: Math, Angle, and Test Operations 59 fMin( and fMax( are enclosed in expression. fMin(expression,variable,lower,upper[,tolerance]) fMax(expression,variable,lower,upper[,tolerance]) Note: In this guidebook...
User Guide
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... the secant line through these points. nDeriv(expression,variable,value[,H]) nDeriv( uses the symmetric difference quotient method, which to calculate nDeriv(, the TI-84 Plus can use nDeriv( once in expression. Chapter 2: Math, Angle, and Test Operations 60 You can return a false derivative value at a nondifferentiable point. nDeriv( is 1âL3). f′(x) ... to variable, given the value at which approximates the numerical derivative value as the slope of the method used to calculate the derivative and H (if not specified, the default is valid only for real numbers.
... the secant line through these points. nDeriv(expression,variable,value[,H]) nDeriv( uses the symmetric difference quotient method, which to calculate nDeriv(, the TI-84 Plus can use nDeriv( once in expression. Chapter 2: Math, Angle, and Test Operations 60 You can return a false derivative value at a nondifferentiable point. nDeriv( is 1âL3). f′(x) ... to variable, given the value at which approximates the numerical derivative value as the slope of the method used to calculate the derivative and H (if not specified, the default is valid only for real numbers.
User Guide
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When you can solve for any variable in an equation. Chapter 2: Math, Angle, and Test Operations 61 fnInt( fnInt( (function integral) returns the numerical integral (Gauss-Kronrod method) of expression with respect to zero. Using the Equation Solver Solver... only for real numbers. The equation is valid only for real numbers. fnInt(expression,variable,lower,upper[,tolerance]) Note: To speed the drawing of integration graphs (when fnInt( is stored in a Y= equation), increase the value of two screens is displayed. • The equation editor (see step 1 picture below) is ...
When you can solve for any variable in an equation. Chapter 2: Math, Angle, and Test Operations 61 fnInt( fnInt( (function integral) returns the numerical integral (Gauss-Kronrod method) of expression with respect to zero. Using the Equation Solver Solver... only for real numbers. The equation is valid only for real numbers. fnInt(expression,variable,lower,upper[,tolerance]) Note: To speed the drawing of integration graphs (when fnInt( is stored in a Y= equation), increase the value of two screens is displayed. • The equation editor (see step 1 picture below) is ...
User Guide
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The expression is stored to the equation solver. Press Í or †. Chapter 2: Math, Angle, and Test Operations 62 The expression is pasted to the variable eqn as you enter it. 3. The interactive solver editor is displayed. • The equation stored in ...
The expression is stored to the equation solver. Press Í or †. Chapter 2: Math, Angle, and Test Operations 62 The expression is pasted to the variable eqn as you enter it. 3. The interactive solver editor is displayed. • The equation stored in ...
User Guide
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Chapter 2: Math, Angle, and Test Operations 63 Expressions must resolve to the listed variables also are listed in the order in which they appear in the equation. Any values stored ...
Chapter 2: Math, Angle, and Test Operations 63 Expressions must resolve to the listed variables also are listed in the order in which they appear in the equation. Any values stored ...
User Guide
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..., follow these steps. 1. Also, for which you are solving. Enter an initial guess for the variable for equations with multiple roots, the TI-84 Plus will attempt to display the solution that is optional, but it may help find the solution more quickly. Select 0:Solver from the MATH... Í or †. 3. To move the cursor to display the interactive solver editor, if not already displayed. 2. Chapter 2: Math, Angle, and Test Operations 64 Enter or edit the value of each known variable. All variables, except the unknown variable, must contain a value. Solving for a Variable in the...
..., follow these steps. 1. Also, for which you are solving. Enter an initial guess for the variable for equations with multiple roots, the TI-84 Plus will attempt to display the solution that is optional, but it may help find the solution more quickly. Select 0:Solver from the MATH... Í or †. 3. To move the cursor to display the interactive solver editor, if not already displayed. 2. Chapter 2: Math, Angle, and Test Operations 64 Enter or edit the value of each known variable. All variables, except the unknown variable, must contain a value. Solving for a Variable in the...
User Guide
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... next to Chapter 2: Math, Angle, and Test Operations 65 diff is balanced. A solid square in the first column marks the variable for which you solved. The default is calculated as (---u---p----p---e---r----+-----l--o---w-----e---r--)- . 2 4. Note: When a number continues beyond the screen. Move the cursor to the variable for which the TI-84 Plus searches for a solution. An ellipsis...
... next to Chapter 2: Math, Angle, and Test Operations 65 diff is balanced. A solid square in the first column marks the variable for which you solved. The default is calculated as (---u---p----p---e---r----+-----l--o---w-----e---r--)- . 2 4. Note: When a number continues beyond the screen. Move the cursor to the variable for which the TI-84 Plus searches for a solution. An ellipsis...
User Guide
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... solid squares next to the previous solution and leftNrt=diff disappear. Chapter 2: Math, Angle, and Test Operations 66 When you can enter a new initial guess or new bounds to look for Solver or solve( The TI-84 Plus solves equations through an iterative process. Controlling the Solution for additional solutions. Editing an Equation...
... solid squares next to the previous solution and leftNrt=diff disappear. Chapter 2: Math, Angle, and Test Operations 66 When you can enter a new initial guess or new bounds to look for Solver or solve( The TI-84 Plus solves equations through an iterative process. Controlling the Solution for additional solutions. Editing an Equation...