Reference Guide
Page 26
... diagonalizable. Form the matrices: μ key Then A = X B X/and f(A) = X f(B) X/. Note: The result is not the same as calculating the inverse cosine of each element. Also, it cannot have symbolic variables that have not been assigned a value. cos( ) cos(squareMatrix1) ⇒ squareMatrix In Radian angle mode: Returns the matrix cosine of List1. For information about the calculation method, refer to the current angle mode setting. In Radian angle mode and Rectangular Complex Format: £...
... diagonalizable. Form the matrices: μ key Then A = X B X/and f(A) = X f(B) X/. Note: The result is not the same as calculating the inverse cosine of each element. Also, it cannot have symbolic variables that have not been assigned a value. cos( ) cos(squareMatrix1) ⇒ squareMatrix In Radian angle mode: Returns the matrix cosine of List1. For information about the calculation method, refer to the current angle mode setting. In Radian angle mode and Rectangular Complex Format: £...
Reference Guide
Page 35
... matrix has floating-point entries and does not contain any matrix element is treated as zero if its absolute value is calculated as the statistics stat.nn results or variables created using floating- The dot (.) in this command displays an error message and deletes only the unlocked variables. Catalog > delVoid() delVoid(List1) ⇒ list Returns a list that have not been assigned a value. DelVar Var. Optionally, any symbolic variables...
... matrix has floating-point entries and does not contain any matrix element is treated as zero if its absolute value is calculated as the statistics stat.nn results or variables created using floating- The dot (.) in this command displays an error message and deletes only the unlocked variables. Catalog > delVoid() delVoid(List1) ⇒ list Returns a list that have not been assigned a value. DelVar Var. Optionally, any symbolic variables...
Reference Guide
Page 37
... the power of two lists. it causes a Domain error in Radian angle mode only; The result always contains floating-point numbers. However, use 4DMS only at the end of two vectors. e^(squareMatrix1) ⇒ squareMatrix Returns the matrix exponential of each element. If the input is different from radians to degrees when used in radian mode. You can use this operator from the computer keyboard by a degree symbol ¡ , no conversion will convert...
... the power of two lists. it causes a Domain error in Radian angle mode only; The result always contains floating-point numbers. However, use 4DMS only at the end of two vectors. e^(squareMatrix1) ⇒ squareMatrix Returns the matrix exponential of each element. If the input is different from radians to degrees when used in radian mode. You can use this operator from the computer keyboard by a degree symbol ¡ , no conversion will convert...
Reference Guide
Page 48
... or does not exist. getMode(0) returns a list containing number pairs. value =0: Var is locked and cannot be modified or deleted. For a listing of the modes and their settings, refer to temporarily restore the settings within the execution of a mode integer and a setting integer. See setMode(), page 90. Catalog > Mode Name Display Digits Mode Integer 1 Angle 2 Exponential Format 3 Real or Complex 4 Auto or Approx. 5 Vector Format 6 Base 7 Setting Integers 1=Float, 2=Float1, 3=Float2...
... or does not exist. getMode(0) returns a list containing number pairs. value =0: Var is locked and cannot be modified or deleted. For a listing of the modes and their settings, refer to temporarily restore the settings within the execution of a mode integer and a setting integer. See setMode(), page 90. Catalog > Mode Name Display Digits Mode Integer 1 Angle 2 Exponential Format 3 Real or Complex 4 Auto or Approx. 5 Vector Format 6 Base 7 Setting Integers 1=Float, 2=Float1, 3=Float2...
Reference Guide
Page 80
... Radian angle mode: In Gradian angle mode: In Degree angle mode: polyEval( ) polyEval(List1, Expr1) ⇒ expression polyEval(List1, List2) ⇒ expression Interprets the first argument as y2·y+1 or x·x+2·x+1 The second syntax, polyRoots(ListOfCoeffs), returns a list of real roots for the value of an entry line, and it only at the end of the second argument. Note: 4Polar is a display-format instruction, not a conversion function. However...
... Radian angle mode: In Gradian angle mode: In Degree angle mode: polyEval( ) polyEval(List1, Expr1) ⇒ expression polyEval(List1, List2) ⇒ expression Interprets the first argument as y2·y+1 or x·x+2·x+1 The second syntax, polyRoots(ListOfCoeffs), returns a list of real roots for the value of an entry line, and it only at the end of the second argument. Note: 4Polar is a display-format instruction, not a conversion function. However...
Reference Guide
Page 83
... the degree of Var in the numerator in floating-point form. The symbolic solution is computed numerically using GramSchmidt. Otherwise, Tol is ignored. /· • If you use the propFrac() function to Var. propFrac(rational_expression,Var) returns the sum of a real or complex matrix. This tolerance is used , the default tolerance is calculated as: 5EL14 ·max(dim(Matrix)) ·rowNorm(Matrix) The QR factorization is computed using...
... the degree of Var in the numerator in floating-point form. The symbolic solution is computed numerically using GramSchmidt. Otherwise, Tol is ignored. /· • If you use the propFrac() function to Var. propFrac(rational_expression,Var) returns the sum of a real or complex matrix. This tolerance is used , the default tolerance is calculated as: 5EL14 ·max(dim(Matrix)) ·rowNorm(Matrix) The QR factorization is computed using...
Reference Guide
Page 87
... rectangular form [x, y, z]. Order must be of an entry line, and it is used to the factory defaults for sample replacement (noRepl=0), or no sample replacement (noRepl=1). You can use it only at the end of dimension 2 or 3 and can insert this operator from List with sample replacement. The leading coefficient will not be zero. The default is a display-format instruction, not a conversion function. randPoly( ) randPoly(Var, Order) ⇒ expression Returns...
... rectangular form [x, y, z]. Order must be of an entry line, and it is used to the factory defaults for sample replacement (noRepl=0), or no sample replacement (noRepl=1). You can use it only at the end of dimension 2 or 3 and can insert this operator from List with sample replacement. The leading coefficient will not be zero. The default is a display-format instruction, not a conversion function. randPoly( ) randPoly(Var, Order) ⇒ expression Returns...
Reference Guide
Page 88
... Guide Note: You must use or set the Auto or Approximate mode to a beforehand or by storing a value to Approximate, computations are done using the "|" substitution mechanism, as shown in the Catalog. Catalog > In Gradian angle mode: In Degree angle mode: Note: To type ±, select it from the symbol list in the following expression, a warning message appears and the result is used , the default tolerance is calculated...
... Guide Note: You must use or set the Auto or Approximate mode to a beforehand or by storing a value to Approximate, computations are done using the "|" substitution mechanism, as shown in the Catalog. Catalog > In Gradian angle mode: In Degree angle mode: Note: To type ±, select it from the symbol list in the following expression, a warning message appears and the result is used , the default tolerance is calculated...
Reference Guide
Page 133
...-negative number Returns dd+(mm/60)+(ss.ss/3600). This base-60 entry format lets you a way to specify a degree angle while in degrees/minutes/seconds without regard to the current angle mode. • Enter time as a vector depending on the Vector Format mode setting: rectangular, cylindrical, or spherical. In Gradian angle mode, multiplies the argument by p/180. Note: You can insert this symbol from the computer keyboard by typing @ In Radian angle mode, multiplies the...
...-negative number Returns dd+(mm/60)+(ss.ss/3600). This base-60 entry format lets you a way to specify a degree angle while in degrees/minutes/seconds without regard to the current angle mode. • Enter time as a vector depending on the Vector Format mode setting: rectangular, cylindrical, or spherical. In Gradian angle mode, multiplies the argument by p/180. Note: You can insert this symbol from the computer keyboard by typing @ In Radian angle mode, multiplies the...
Getting Started
Page 38
.... Find information easily and quickly - If your TI product • Download the latest guidebooks - Use the drop-down menu to improve your geographical language. • Explore online troubleshooting • Run TI-Nspire™ diagnostics • Check for the language change to the software and handheld operating systems • Find information about how to install the Windows® XP East Asian Language Support...
.... Find information easily and quickly - If your TI product • Download the latest guidebooks - Use the drop-down menu to improve your geographical language. • Explore online troubleshooting • Run TI-Nspire™ diagnostics • Check for the language change to the software and handheld operating systems • Find information about how to install the Windows® XP East Asian Language Support...
Getting Started
Page 123
...new lesson bundle. Only supported files are backed up one level in another location. • Click Delete to a lesson bundle. To install a handheld operating system, follow these steps. 1. Using the Documents Workspace 117 Use caution when deleting a lesson bundle. 2. The new lesson bundle is not added to the existing lesson bundle-it is created in the open folder. Using your computer... hierarchy. • You cannot add a folder to delete the lesson bundle. You can install or update the operating system (OS) on the handheld is downloaded to the handheld as the existing...
...new lesson bundle. Only supported files are backed up one level in another location. • Click Delete to a lesson bundle. To install a handheld operating system, follow these steps. 1. Using the Documents Workspace 117 Use caution when deleting a lesson bundle. 2. The new lesson bundle is not added to the existing lesson bundle-it is created in the open folder. Using your computer... hierarchy. • You cannot add a folder to delete the lesson bundle. You can install or update the operating system (OS) on the handheld is downloaded to the handheld as the existing...
Getting Started
Page 229
... adding to network 12 checking the LED 5 removing from network 14 tool bar Screen Capture 176 tool bars TI-Nspire(TM) Screen Capture window 189 toolbar Content Workspace 35 links 41 toolbox Review workspace 121 tools menu 30 transfers canceling 90 U user name, changing for teacher 23 Using Capture Class 174 V view data 131 view options Capture Class 179 Live Presenter 198 view, changing...
... adding to network 12 checking the LED 5 removing from network 14 tool bar Screen Capture 176 tool bars TI-Nspire(TM) Screen Capture window 189 toolbar Content Workspace 35 links 41 toolbox Review workspace 121 tools menu 30 transfers canceling 90 U user name, changing for teacher 23 Using Capture Class 174 V view data 131 view options Capture Class 179 Live Presenter 198 view, changing...
Teacher Software Guidebook
Page 413
... a matrix. Lets you select rand(), randInt(), randBin(), randNorm(), randSamp(), or RandSeed. CAS: Calculus Arc Length Series Differential Equation Solver Implicit Differentiation Numerical Calculations Inserts arcLen(). Lets you select from several distributions, such as one-variable analysis, two-variable analysis, and regressions. Inserts nCr(). Lets you select taylor(), series(), or dominantTerm(). Statistics Stat Calculations Stat Results List Math List Operations Lets you select from several statistics calculations, such as Normal Pdf...
... a matrix. Lets you select rand(), randInt(), randBin(), randNorm(), randSamp(), or RandSeed. CAS: Calculus Arc Length Series Differential Equation Solver Implicit Differentiation Numerical Calculations Inserts arcLen(). Lets you select from several distributions, such as one-variable analysis, two-variable analysis, and regressions. Inserts nCr(). Lets you select taylor(), series(), or dominantTerm(). Statistics Stat Calculations Stat Results List Math List Operations Lets you select from several statistics calculations, such as Normal Pdf...
Teacher Software Guidebook
Page 422
... line. Begin the function definition. Define f(x,y)= 2. For example, enter the expression f(1,2) on the Calculator entry line. 410 Calculator For example, type the following. Type the Number of Function Pieces, and select OK. Calculator then displays the stat.results variables. On the Utilities tab, click Handheld: Press t. Creating a piecewise function 1. Enter an expression to evaluate or graph the function. The Piecewise Function dialog box displays. 4. Note: You can copy values from the stat...
... line. Begin the function definition. Define f(x,y)= 2. For example, enter the expression f(1,2) on the Calculator entry line. 410 Calculator For example, type the following. Type the Number of Function Pieces, and select OK. Calculator then displays the stat.results variables. On the Utilities tab, click Handheld: Press t. Creating a piecewise function 1. Enter an expression to evaluate or graph the function. The Piecewise Function dialog box displays. 4. Note: You can copy values from the stat...
Teacher Software Guidebook
Page 432
...™ built-in this example). 3. variables, such as amortization tables, balance, sum of interest payments, and sum of principal payments. • Net present value, internal rate of return, and modified rate of return. • Conversions between nominal and effective interest rates, and calculation of days between dates. Finance functions included In addition to all the values in "tvm." Make sure to set PpY, CpY, and PmtAt to...
...™ built-in this example). 3. variables, such as amortization tables, balance, sum of interest payments, and sum of principal payments. • Net present value, internal rate of return, and modified rate of return. • Conversions between nominal and effective interest rates, and calculation of days between dates. Finance functions included In addition to all the values in "tvm." Make sure to set PpY, CpY, and PmtAt to...
Teacher Software Guidebook
Page 439
... you can check the value of a stored variable, it appears in Graphs & Geometry In the Graphs and Geometry applications, functions defined on the Calculator entry line. Automatically creating variables in bold type. ` On the Calculator entry line, type the variable name num and press ·. 3. As alternatives to using & (store), you type the name of an existing variable by entering its name on the entry line are equivalent. 5+83 & num...
... you can check the value of a stored variable, it appears in Graphs & Geometry In the Graphs and Geometry applications, functions defined on the Calculator entry line. Automatically creating variables in bold type. ` On the Calculator entry line, type the variable name num and press ·. 3. As alternatives to using & (store), you type the name of an existing variable by entering its name on the entry line are equivalent. 5+83 & num...
Teacher Software Guidebook
Page 670
... Algebra menu, including Solve, Factor, Expand, Zeros, Numerical Solve, Solve System of Equations, Polynomial Tools, Fraction Tools, Convert Expressions, Trigonometry, Complex, and Extract. Use tools from the Calculus menu including Derivative, Derivative at a Point, Numerical Definite Integral, Sum, Product, Numerical Function Minimum, and Numerical Function Maximum. Use tools from the Calculator Statistics menu, including Stat Calculations, Stat Results, List Math, List Operations, and others. 658 Using Notes 4: Calculus 3 (CAS): Algebra 4 (CAS): Calculus 5: Probability 6: Statistics Use...
... Algebra menu, including Solve, Factor, Expand, Zeros, Numerical Solve, Solve System of Equations, Polynomial Tools, Fraction Tools, Convert Expressions, Trigonometry, Complex, and Extract. Use tools from the Calculus menu including Derivative, Derivative at a Point, Numerical Definite Integral, Sum, Product, Numerical Function Minimum, and Numerical Function Maximum. Use tools from the Calculator Statistics menu, including Stat Calculations, Stat Results, List Math, List Operations, and others. 658 Using Notes 4: Calculus 3 (CAS): Algebra 4 (CAS): Calculus 5: Probability 6: Statistics Use...
Teacher Software Guidebook
Page 732
... emphasize specific points. Your settings are saved for use after assigning Time Based as the collection mode: 1. Click the Add Data Marker icon while collecting in the Data collection controls area. Select Experiment > Start Collection or click . 720 Data Collection and Analysis Connect a sensor. 2. Using Time Based collection mode Use this option places in time base mode to save your next run. Use this option to form, began stirring, or added a chemical. 4. To use...
... emphasize specific points. Your settings are saved for use after assigning Time Based as the collection mode: 1. Click the Add Data Marker icon while collecting in the Data collection controls area. Select Experiment > Start Collection or click . 720 Data Collection and Analysis Connect a sensor. 2. Using Time Based collection mode Use this option places in time base mode to save your next run. Use this option to form, began stirring, or added a chemical. 4. To use...
Teacher Software Guidebook
Page 816
...;. Change the standing value in meter view to start based on a specific sensor reading. This only available for sensors where direction is only available when using either a singlepoint or two-point calibration procedure. If you wish to edit a sensor's calibration, you can be useful. Set up supported data collection devices for example, motion detectors and force sensors). Menu - Set up sensors that sensor. This functionality...
...;. Change the standing value in meter view to start based on a specific sensor reading. This only available for sensors where direction is only available when using either a singlepoint or two-point calibration procedure. If you wish to edit a sensor's calibration, you can be useful. Set up supported data collection devices for example, motion detectors and force sensors). Menu - Set up sensors that sensor. This functionality...
Teacher Software Guidebook
Page 854
... 802 Graph 807 View 812 meter 710, 812 model 736, 810 more (select data set) 751 more, select data set 808 motion match 786, 811 new calculated column 764, 806 data set 767, 806 experiment 802 manual column 763, 806 outside selected region 779, 806 restore 784, 806 pause/resume 777, 802 performing an experiment 711 photogate timing 723, 803 playback rate 778, 802 point...
... 802 Graph 807 View 812 meter 710, 812 model 736, 810 more (select data set) 751 more, select data set 808 motion match 786, 811 new calculated column 764, 806 data set 767, 806 experiment 802 manual column 763, 806 outside selected region 779, 806 restore 784, 806 pause/resume 777, 802 performing an experiment 711 photogate timing 723, 803 playback rate 778, 802 point...