User Manual
Page 79
Symbolic Manipulation Solve the system of y. Solve the first equation so that x is expressed in terms of equations 2x N 3y = 4 and Lx + 7y = L12. Note: You can enter " úRad " on the entry line by selecting " úRad " from the Catalog menu, or from the Math menu by pressing 2 I and selecting 2:angle, B:úRad. Substitute the expression for x into the second Previews 79 Steps and keystrokes Display 2. You can also use ó,ô, or G to Radian angle measure. Convert 345 degrees to override the angle mode setting temporarily.
Symbolic Manipulation Solve the system of y. Solve the first equation so that x is expressed in terms of equations 2x N 3y = 4 and Lx + 7y = L12. Note: You can enter " úRad " on the entry line by selecting " úRad " from the Catalog menu, or from the Math menu by pressing 2 I and selecting 2:angle, B:úRad. Substitute the expression for x into the second Previews 79 Steps and keystrokes Display 2. You can also use ó,ô, or G to Radian angle measure. Convert 345 degrees to override the angle mode setting temporarily.
User Manual
Page 185
... mode, look in a floating-point result. Format used to store and recall variables. Notation used to plot: FUNCTION, PARAMETRIC, POLAR, SEQUENCE, 3D, or DE. and 3-element vectors: RECTANGULAR, CYLINDRICAL, or SPHERICAL. Operating the Calculator 185 Maximum number of digits (FLOAT) or fixed number of decimal places (FIX) displayed in the applicable section of this guidebook. Refer to "Using Folders to Store Independent Sets of graphs to display 2- Format used to display complex results, if any: REAL (complex results are interpreted and displayed: RADIAN, DEGREE...
... mode, look in a floating-point result. Format used to store and recall variables. Notation used to plot: FUNCTION, PARAMETRIC, POLAR, SEQUENCE, 3D, or DE. and 3-element vectors: RECTANGULAR, CYLINDRICAL, or SPHERICAL. Operating the Calculator 185 Maximum number of digits (FLOAT) or fixed number of decimal places (FIX) displayed in the applicable section of this guidebook. Refer to "Using Folders to Store Independent Sets of graphs to display 2- Format used to display complex results, if any: REAL (complex results are interpreted and displayed: RADIAN, DEGREE...
User Manual
Page 199
... the default folder. will use the second function of Variables" in effect, as described below. 2 - MAIN is in Calculator Home Screen. Refer to "Using Folders to Store Independent Sets of the next key you press. Status Line Indicators Ê ËÌ Í ÎÏÐ Ñ Ê Current Folder Ë Modifier Key Ì Angle Mode Í Exact/Approx Mode Î Graph Number Ï Graph Mode Ð Replace Batteries Ñ History Pairs...
... the default folder. will use the second function of Variables" in effect, as described below. 2 - MAIN is in Calculator Home Screen. Refer to "Using Folders to Store Independent Sets of the next key you press. Status Line Indicators Ê ËÌ Í ÎÏÐ Ñ Ê Current Folder Ë Modifier Key Ì Angle Mode Í Exact/Approx Mode Î Graph Number Ï Graph Mode Ð Replace Batteries Ñ History Pairs...
User Manual
Page 203
... the calculator Home screen, how to the same screen. To display the calculator Home screen, highlight the Home icon and press ¸. how to use the term "Home screen." Displaying the Calculator Home Screen When you first turn on your Voyage™ 200 Graphing Calculator, the Apps desktop is used in this module. Calculator Home Screen Calculator Home Screen The calculator Home screen is the starting point for math operations, including executing instructions, evaluating expressions, and viewing...
... the calculator Home screen, how to the same screen. To display the calculator Home screen, highlight the Home icon and press ¸. how to use the term "Home screen." Displaying the Calculator Home Screen When you first turn on your Voyage™ 200 Graphing Calculator, the Apps desktop is used in this module. Calculator Home Screen Calculator Home Screen The calculator Home screen is the starting point for math operations, including executing instructions, evaluating expressions, and viewing...
User Manual
Page 486
...-graph mode, the two sides may appear to the applicable graph side and display the application as the Home screen) on only one graph side to change Split 1 App and/or Split 2 App. • To exit two-graph mode: - Switch to be related when, in fact, they are not. or - - Use 3 to the other, press 2 a (second function of Graphs = 1, or exit the split screen by setting...
...-graph mode, the two sides may appear to the applicable graph side and display the application as the Home screen) on only one graph side to change Split 1 App and/or Split 2 App. • To exit two-graph mode: - Switch to be related when, in fact, they are not. or - - Use 3 to the other, press 2 a (second function of Graphs = 1, or exit the split screen by setting...
User Manual
Page 532
... you make a change you change a header definition, the new definition is applied automatically. • If column 2's header is automatically reflected in a header definition), all header definitions are recalculated automatically. For information, refer to see existing list variables. However, you have a CBL 2™ or CBR™, use these techniques for your collected lists. The Auto-calculate Feature For list and data variables, the Data/Matrix...
... you make a change you change a header definition, the new definition is applied automatically. • If column 2's header is automatically reflected in a header definition), all header definitions are recalculated automatically. For information, refer to see existing list variables. However, you have a CBL 2™ or CBR™, use these techniques for your collected lists. The Auto-calculate Feature For list and data variables, the Data/Matrix...
User Manual
Page 533
... use the functions in a definition until you set Auto-calculate = OFF to use the shift and cumSum functions as described below. Data/Matrix Editor 533 Change Auto-Calculate to close the dialog box. If Auto-calculate = OFF and you make changes as c1=c2+c3 before you enter columns 2 and 3, or override any errors in the Data/Matrix Editor. This section describes how to make changes without recalculating each time, enter...
... use the functions in a definition until you set Auto-calculate = OFF to use the shift and cumSum functions as described below. Data/Matrix Editor 533 Change Auto-Calculate to close the dialog box. If Auto-calculate = OFF and you make changes as c1=c2+c3 before you enter columns 2 and 3, or override any errors in the Data/Matrix Editor. This section describes how to make changes without recalculating each time, enter...
User Manual
Page 767
...- Money Function In the Program Editor, define the following Time-Value-of-Money (tvm) function where temp1 = number of - or end-of an annuity using the values from the TI Web site at education.ti.com and on the CD in this example can be found in this package. Detailed information about the steps used to solve for s. Enter the equation to find the...
...- Money Function In the Program Editor, define the following Time-Value-of-Money (tvm) function where temp1 = number of - or end-of an annuity using the values from the TI Web site at education.ti.com and on the CD in this example can be found in this package. Detailed information about the steps used to solve for s. Enter the equation to find the...
User Manual
Page 806
...; rowNorm(squareMatrix) 808 Appendix A: Functions and Instructions deSolve(w''ì 2w'/x+(9+2/x^2)w= xù e^(x) and w(p/6)=0 and w(p/3)=0,x,w) ¸ e p 3øxøcos(3øx) w= 10 ì e p 6øxøsin(3øx) 10 + x⋅ex 10 det( ) MATH/Matrix menu det(squareMatrix[, tol]) ⇒ expression det([a,b;c,d]) ¸ aø d ì bø c Returns the determinant of the dependent variable and its absolute value is calculated as x0 and y0...
...; rowNorm(squareMatrix) 808 Appendix A: Functions and Instructions deSolve(w''ì 2w'/x+(9+2/x^2)w= xù e^(x) and w(p/6)=0 and w(p/3)=0,x,w) ¸ e p 3øxøcos(3øx) w= 10 ì e p 6øxøsin(3øx) 10 + x⋅ex 10 det( ) MATH/Matrix menu det(squareMatrix[, tol]) ⇒ expression det([a,b;c,d]) ¸ aø d ì bø c Returns the determinant of the dependent variable and its absolute value is calculated as x0 and y0...
User Manual
Page 823
... into one having a reduced getNum(2/7) ¸ 2 common denominator, and then returns its numerator. getTmFmt() CATALOG getTmFmt() ⇒ integer Returns an integer representing the clock time format that is returned in {hour,minute,second} format. The time is currently set or return information about the "Number of Graphs" "1" Unit System mode, use setMode() to restore the modes. Optional integer values: 12 = 12 hour clock 24 = 24 hour clock Appendix A: Functions and Instructions 825
... into one having a reduced getNum(2/7) ¸ 2 common denominator, and then returns its numerator. getTmFmt() CATALOG getTmFmt() ⇒ integer Returns an integer representing the clock time format that is returned in {hour,minute,second} format. The time is currently set or return information about the "Number of Graphs" "1" Unit System mode, use setMode() to restore the modes. Optional integer values: 12 = 12 hour clock 24 = 24 hour clock Appendix A: Functions and Instructions 825
User Manual
Page 856
...; or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-point arithmetic. Note: Regraphing erases all drawn items. See also LineVert. PxlVert CATALOG PxlVert col [, drawMode] Draws a vertical line down the screen at pixel position col. PxlVert 50,1 ¸ QR MATH/Matrix menu QR matrix, qMatName, rMatName[ , tol] Calculates the Householder QR factorization of a real or complex matrix. Optionally, any symbolic variables that...
...; or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-point arithmetic. Note: Regraphing erases all drawn items. See also LineVert. PxlVert CATALOG PxlVert col [, drawMode] Draws a vertical line down the screen at pixel position col. PxlVert 50,1 ¸ QR MATH/Matrix menu QR matrix, qMatName, rMatName[ , tol] Calculates the Householder QR factorization of a real or complex matrix. Optionally, any symbolic variables that...
User Manual
Page 860
... type , press 2 '. Optionally, any complex form. However, an reiq entry causes an error in rectangular form a+bi. Otherwise, tol is ignored. • If you use ¥ ¸ or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-point arithmetic. • If tol is calculated as zero if its absolute value is a display-format instruction, not a conversion function. ref( ) MATH/Matrix menu ref(matrix1[, tol]) ⇒ matrix Returns the row echelon form...
... type , press 2 '. Optionally, any complex form. However, an reiq entry causes an error in rectangular form a+bi. Otherwise, tol is ignored. • If you use ¥ ¸ or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-point arithmetic. • If tol is calculated as zero if its absolute value is a display-format instruction, not a conversion function. ref( ) MATH/Matrix menu ref(matrix1[, tol]) ⇒ matrix Returns the row echelon form...
User Manual
Page 864
... mode to the current angle mode setting. Mat ¸ rowSwap(Mat,1,3) ¸ 13 24 5 6 53 64 1 2 RplcPic CATALOG RplcPic picVar[, row][, column] Clears the Graph screen and places picture picVar at pixel coordinates (row, column). picVar must be a picture data type variable. Optionally, any symbolic variables that have not been assigned a value. rowSwap( ) MATH/Matrix...
... mode to the current angle mode setting. Mat ¸ rowSwap(Mat,1,3) ¸ 13 24 5 6 53 64 1 2 RplcPic CATALOG RplcPic picVar[, row][, column] Clears the Graph screen and places picture picVar at pixel coordinates (row, column). picVar must be a picture data type variable. Optionally, any symbolic variables that have not been assigned a value. rowSwap( ) MATH/Matrix...
User Manual
Page 868
... "FIX 2" 3.141... Mode Name "Graph" "Display Digits" "Angle" "Exponential Format" "Complex Format" "Vector Format" "Pretty Print" "Split Screen" "Split 1 App" "Split 2 App" 870 Settings "Function", "Parametric", "Polar", "Sequence", "3D", "Diff Equations" "Fix 0", "Fix 1", ..., "Fix 12", "Float", "Float 1", ..., "Float 12" "Radian", "Degree", "Gradian" "Normal", "Scientific", "Engineering" "Real", "Rectangular", "Polar" "Rectangular", "Cylindrical", "Spherical" "Off", "On" "Full", "Top-Bottom", "Left-Right" "Home", "Y= Editor", "Window Editor", "Graph", "Table", "Data/Matrix Editor", "Program...
... "FIX 2" 3.141... Mode Name "Graph" "Display Digits" "Angle" "Exponential Format" "Complex Format" "Vector Format" "Pretty Print" "Split Screen" "Split 1 App" "Split 2 App" 870 Settings "Function", "Parametric", "Polar", "Sequence", "3D", "Diff Equations" "Fix 0", "Fix 1", ..., "Fix 12", "Float", "Float 1", ..., "Float 12" "Radian", "Degree", "Gradian" "Normal", "Scientific", "Engineering" "Real", "Rectangular", "Polar" "Rectangular", "Cylindrical", "Spherical" "Off", "On" "Full", "Top-Bottom", "Left-Right" "Home", "Y= Editor", "Window Editor", "Graph", "Table", "Data/Matrix Editor", "Program...
User Manual
Page 897
... ZoomRcl Displays the Graph screen, and updates the viewing window using the settings stored with the settings in the coordinate system, and updates the viewing window. The magnitude of the zoom is dependent on the Zoom factors xFact and yFact. " ZoomSqr ¸ Appendix A: Functions and Instructions 899 ZoomSqr CATALOG ZoomSqr In function graphing mode: Displays the Graph screen, adjusts the x or y 1.25xù cos(x)! ZoomOut CATALOG ZoomOut In function graphing mode: Displays the Graph screen, lets you set...
... ZoomRcl Displays the Graph screen, and updates the viewing window using the settings stored with the settings in the coordinate system, and updates the viewing window. The magnitude of the zoom is dependent on the Zoom factors xFact and yFact. " ZoomSqr ¸ Appendix A: Functions and Instructions 899 ZoomSqr CATALOG ZoomSqr In function graphing mode: Displays the Graph screen, adjusts the x or y 1.25xù cos(x)! ZoomOut CATALOG ZoomOut In function graphing mode: Displays the Graph screen, lets you set...
User Manual
Page 908
... Radian mode and vector format set to: rectangular cylindrical spherical (magnitude angle) ⇒ complexValue (polar input) Enters a complex value in a differential equation. This base-60 entry format lets you: • Enter an angle in degrees/minutes/seconds without regard to select units from a menu, or you can use pre-defined units or create your own units. A single prime symbol denotes a 1st-order differential equation, two prime symbols denote a 2nd-order, etc. 2øy 3 3/4 =t _ (underscore) 2 key...
... Radian mode and vector format set to: rectangular cylindrical spherical (magnitude angle) ⇒ complexValue (polar input) Enters a complex value in a differential equation. This base-60 entry format lets you: • Enter an angle in degrees/minutes/seconds without regard to select units from a menu, or you can use pre-defined units or create your own units. A single prime symbol denotes a 1st-order differential equation, two prime symbols denote a 2nd-order, etc. 2øy 3 3/4 =t _ (underscore) 2 key...
User Manual
Page 963
...specific requirements. TI and its licensors do not warrant that you insure the product for such repair and/or replacement. Copyright. Appendix D: Service and Warranty Information 963 TI strongly recommends that the software will be free from errors or meet your defective product will be either repaired or replaced...model of the original unit or six (6) months, whichever is licensed, not sold. All software is returned, postage prepaid, to mailing. Warranty Performance. Other than the postage requirement, no charge will be made for value prior to Texas Instruments Service ...
...specific requirements. TI and its licensors do not warrant that you insure the product for such repair and/or replacement. Copyright. Appendix D: Service and Warranty Information 963 TI strongly recommends that the software will be free from errors or meet your defective product will be either repaired or replaced...model of the original unit or six (6) months, whichever is licensed, not sold. All software is returned, postage prepaid, to mailing. Warranty Performance. Other than the postage requirement, no charge will be made for value prior to Texas Instruments Service ...
User Manual
Page 964
... with a new or reconditioned model of purchase. Appendix D: Service and Warranty Information 964 Australia & New Zealand Customers only One-Year Limited Warranty for Commercial Electronic Product This Texas Instruments electronic product warranty extends only to the original purchaser and user of this product will be available. Texas Instruments shall not be liable for loss of use , neglect, improper service, or other...
... with a new or reconditioned model of purchase. Appendix D: Service and Warranty Information 964 Australia & New Zealand Customers only One-Year Limited Warranty for Commercial Electronic Product This Texas Instruments electronic product warranty extends only to the original purchaser and user of this product will be available. Texas Instruments shall not be liable for loss of use , neglect, improper service, or other...
User Manual
Page 982
... predator-prey model 370, 435 prime factors 70 programming 126, 129, 636 Pythagorean theorem 737 quadratic formula 739 rational factors 769 real factors 769 reducing expressions 73 sampling 771 second-order differential equation . . 427 444 sequence graphing 96 solving inequalities 75 solving linear equations . . . . 74, 258 split screen 112, 760 standard annuity 765 statistics 117 symbolic manipulation 79 tables 110 text operations 130 third-order differential equation . . 431 time value of money...
... predator-prey model 370, 435 prime factors 70 programming 126, 129, 636 Pythagorean theorem 737 quadratic formula 739 rational factors 769 real factors 769 reducing expressions 73 sampling 771 second-order differential equation . . 427 444 sequence graphing 96 solving inequalities 75 solving linear equations . . . . 74, 258 split screen 112, 760 standard annuity 765 statistics 117 symbolic manipulation 79 tables 110 text operations 130 third-order differential equation . . 431 time value of money...