User Manual
Page 188
... 1 App Split 2 App Number of Graphs Graph 2 Exact/Approx Base Description Notation used to display complex results, if any: REAL (complex results are not displayed unless you use a complex entry), RECTANGULAR, or POLAR. If you set up both sides of graph in decimal (DEC), hexadecimal (HEX), ...or binary (BIN) form. If Number of Graphs = 2, selects the type of the screen to the Split Screens module. Operating the Calculator 188 Format used to display results...
... 1 App Split 2 App Number of Graphs Graph 2 Exact/Approx Base Description Notation used to display complex results, if any: REAL (complex results are not displayed unless you use a complex entry), RECTANGULAR, or POLAR. If you set up both sides of graph in decimal (DEC), hexadecimal (HEX), ...or binary (BIN) form. If Number of Graphs = 2, selects the type of the screen to the Split Screens module. Operating the Calculator 188 Format used to display results...
User Manual
Page 315
...Description Shows cursor coordinates in Operating the Calculator. From the Home Screen or a Program You can also store values directly to the Window variables from the Y= Editor, Window Editor, or Graph screen. You also can display the GRAPH FORMATS dialog box from the Home screen ...or a program. Function graphs, parametric graphs, etc., have their own independent set the graph format to "Storing and Recalling Variable Values" in rectangular (RECT) or polar (POLAR) form, or hides...
...Description Shows cursor coordinates in Operating the Calculator. From the Home Screen or a Program You can also store values directly to the Window variables from the Y= Editor, Window Editor, or Graph screen. You also can display the GRAPH FORMATS dialog box from the Home screen ...or a program. Function graphs, parametric graphs, etc., have their own independent set the graph format to "Storing and Recalling Variable Values" in rectangular (RECT) or polar (POLAR) form, or hides...
User Manual
Page 319
... the cursor, press a cursor pad arrow. The cursor moves from the center of any direction. Rectangular coordinates use rc and qc. Press: 8Í To move the cursor to a graphed function. Displaying Coordinates with the Free-Moving Cursor To display the coordinates of the screen, and its... adjoining pixel Press: A cursor pad arrow for any location on the screen; Polar coordinates use xc and yc. If your screen does not show coordinates, set the graph format so that Coordinates = RECT or POLAR. • Changed a stat plot definition. y1(x)=x2 The "c" indicates these are...
... the cursor, press a cursor pad arrow. The cursor moves from the center of any direction. Rectangular coordinates use rc and qc. Press: 8Í To move the cursor to a graphed function. Displaying Coordinates with the Free-Moving Cursor To display the coordinates of the screen, and its... adjoining pixel Press: A cursor pad arrow for any location on the screen; Polar coordinates use xc and yc. If your screen does not show coordinates, set the graph format so that Coordinates = RECT or POLAR. • Changed a stat plot definition. y1(x)=x2 The "c" indicates these are...
User Manual
Page 345
.... • The q Window variables (qmin, qmax, qstep) are shown in polar or rectangular form as it does for function graphs. Exploring a Graph As in the graph format. Polar Graphing 345 When you can explore a graph by using the following tools. or - 8 Í to set in function graphing, you trace a polar equation, the q coordinate is shown even if Coordinates = RECT. ƒ9 -
.... • The q Window variables (qmin, qmax, qstep) are shown in polar or rectangular form as it does for function graphs. Exploring a Graph As in the graph format. Polar Graphing 345 When you can explore a graph by using the following tools. or - 8 Í to set in function graphing, you trace a polar equation, the q coordinate is shown even if Coordinates = RECT. ƒ9 -
User Manual
Page 361
... values) plotStrt= nma • ymin and ymax = expected values for function graphs. Exploring a Graph As in function graphing, you want to graph • xmax = nmax (although you can set in rectangular or polar form as it does for the sequence Changing the Graph Format The Graph Order format is not available. • With TIME or CUSTOM axes, multiple...
... values) plotStrt= nma • ymin and ymax = expected values for function graphs. Exploring a Graph As in function graphing, you want to graph • xmax = nmax (although you can set in rectangular or polar form as it does for the sequence Changing the Graph Format The Graph Order format is not available. • With TIME or CUSTOM axes, multiple...
User Manual
Page 419
... the TI-89 Titanium reuses the picture in fldpic instead of the field is deleted automatically when you exit the differential equation graphing mode or when you display a graph with Fields = FLDOFF. Differential Equation Graphing 419 tstep = .1 tplot = 0. yscl = 1. This can explore a graph by ... the regraphing time significantly. Exploring a Graph As in function graphing, you perform an operation that sufficient points are : t0 = 0. You may need to change the standard values for function graphs. Any displayed coordinates are shown in rectangular or polar form as it does for the ...
... the TI-89 Titanium reuses the picture in fldpic instead of the field is deleted automatically when you exit the differential equation graphing mode or when you display a graph with Fields = FLDOFF. Differential Equation Graphing 419 tstep = .1 tplot = 0. yscl = 1. This can explore a graph by ... the regraphing time significantly. Exploring a Graph As in function graphing, you perform an operation that sufficient points are : t0 = 0. You may need to change the standard values for function graphs. Any displayed coordinates are shown in rectangular or polar form as it does for the ...
User Manual
Page 778
Use the value a for the speed of the boat. Enter vectors describing the initial path of the boat, water current, and resultant path of the current. Use the value b for the unknown speed of the boat. Define function p2r. 3. Enter: [20,80¡]!i [a,0¡]!c [b,60°]!r Vectors are commonly written in either polar or rectangular form, so it is useful to convert polar vectors into rectangular form. 4. Enter: Define p2r(x)=[x[1,1]*cos(x[1,2]), x[1,1]*sin(x[1,2])] Activities 778 Store these vectors as i, c, and r.
Use the value a for the speed of the boat. Enter vectors describing the initial path of the boat, water current, and resultant path of the current. Use the value b for the unknown speed of the boat. Define function p2r. 3. Enter: [20,80¡]!i [a,0¡]!c [b,60°]!r Vectors are commonly written in either polar or rectangular form, so it is useful to convert polar vectors into rectangular form. 4. Enter: Define p2r(x)=[x[1,1]*cos(x[1,2]), x[1,1]*sin(x[1,2])] Activities 778 Store these vectors as i, c, and r.
User Manual
Page 863
...248; sin(b)ø sin(c) aø cos(c)] complexValue 4Rect Displays complexValue in rectangular form [x, y, z]. However, an reiq entry causes an error in Degree angle mode. This tolerance is used , the default tolerance is calculated as zero if its absolute value is treated as : 5Eë 14 ... Degree angle mode: (460)4Rect ¸ 2+2ø 3øi Note: To type 4Rect from the keyboard, press 2 for an (rq) polar entry. Otherwise, tol is ignored. • If you use ¥ ¸ or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-...
...248; sin(b)ø sin(c) aø cos(c)] complexValue 4Rect Displays complexValue in rectangular form [x, y, z]. However, an reiq entry causes an error in Degree angle mode. This tolerance is used , the default tolerance is calculated as zero if its absolute value is treated as : 5Eë 14 ... Degree angle mode: (460)4Rect ¸ 2+2ø 3øi Note: To type 4Rect from the keyboard, press 2 for an (rq) polar entry. Otherwise, tol is ignored. • If you use ¥ ¸ or set the mode to Exact/Approx=APPROXIMATE, computations are done using floating-...
User Manual
Page 871
..."Graph" "Display Digits" "Angle" "Exponential Format" "Complex Format" "Vector Format" "Pretty Print" 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", ...is entered with getMode("ALL")! setMode ({"Split Screen", "Left-Right","Split 1 App", "Graph","Split 2 App","Table"}) ¸ {"Split 2 App" "Graph" "Split 1 App" "Home" "Split Screen" "FULL"} Note: Capitalization and blank...
..."Graph" "Display Digits" "Angle" "Exponential Format" "Complex Format" "Vector Format" "Pretty Print" 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", ...is entered with getMode("ALL")! setMode ({"Split Screen", "Left-Right","Split 1 App", "Graph","Split 2 App","Table"}) ¸ {"Split 2 App" "Graph" "Split 1 App" "Home" "Split Screen" "FULL"} Note: Capitalization and blank...
User Manual
Page 909
... angle mode: cos(45¡) ¸ ‡2 2 cos({0,p/4,90¡,30.12¡}) ¥ ¸ {1 .707... 0 .864...} (angle) 2 ' key [radius,q_angle] ⇒ vector (polar input) [radius,q_angle,Z_coordinate] ⇒ vector (cylindrical input) [radius,q_angle,f_angle] ⇒ vector (spherical input) [5,60¡,45¡] ¸...
... angle mode: cos(45¡) ¸ ‡2 2 cos({0,p/4,90¡,30.12¡}) ¥ ¸ {1 .707... 0 .864...} (angle) 2 ' key [radius,q_angle] ⇒ vector (polar input) [radius,q_angle,Z_coordinate] ⇒ vector (cylindrical input) [radius,q_angle,f_angle] ⇒ vector (spherical input) [5,60¡,45¡] ¸...
User Manual
Page 910
In Radian angle mode and Rectangular complex format mode: 5+3iì (10p/4) ¸ 5ì 5ø 2+(3ì 5ø 2)øi ...minutes/seconds. 25.221... 51/2 ' (prime) 2 È key variable ' variable '' Enters a prime symbol in calculations such as cSolve() and cZeros(), the _ is recommended. 9.842...ø_ft z real(z_) 0 imag(z_) 910 ... refer to the current Angle mode setting. (magnitude angle) ⇒ complexValue (polar input) Enters a complex value in (rq) polar form. If variable has a value, the _ is interpreted according to the module about ...
In Radian angle mode and Rectangular complex format mode: 5+3iì (10p/4) ¸ 5ì 5ø 2+(3ì 5ø 2)øi ...minutes/seconds. 25.221... 51/2 ' (prime) 2 È key variable ' variable '' Enters a prime symbol in calculations such as cSolve() and cZeros(), the _ is recommended. 9.842...ø_ft z real(z_) 0 imag(z_) 910 ... refer to the current Angle mode setting. (magnitude angle) ⇒ complexValue (polar input) Enters a complex value in (rq) polar form. If variable has a value, the _ is interpreted according to the module about ...
User Manual
Page 921
...Calculator Home Screen. 1:main Default folder included with one digit to the left of the decimal. • The power of 10 displays to the right of E. Display Digits Selects the number of 12 significant digits. 1:FIX 0 2:FIX 1 ... For display purposes, such numbers are interpreted and displayed in trig functions and polar/rectangular... result. For example, 1.234567E4 means 1.234567×104 Appendix B: Technical Reference 922 Internally, the TI-89 Titanium / Voyage™ 200 retains decimal numbers with the selected number of decimal places. Numeric answers can enter a...
...Calculator Home Screen. 1:main Default folder included with one digit to the left of the decimal. • The power of 10 displays to the right of E. Display Digits Selects the number of 12 significant digits. 1:FIX 0 2:FIX 1 ... For display purposes, such numbers are interpreted and displayed in trig functions and polar/rectangular... result. For example, 1.234567E4 means 1.234567×104 Appendix B: Technical Reference 922 Internally, the TI-89 Titanium / Voyage™ 200 retains decimal numbers with the selected number of decimal places. Numeric answers can enter a...
User Manual
Page 922
... in the number of digits selected by Display Digits, the TI-89 Titanium / Voyage™ 200 displays the answer in SCIENTIFIC ...input does not contain the complex unit i, an error message is a multiple of the coordinate systems. 1:RECTANGULAR Coordinates are in the Operating the Calculator module. For example, p2, π-2- , or -x-----x----3-- For example, [3, ∠45, ∠90... decimal. • The power-of-10 exponent is displayed.) 2:RECTANGULAR Displays complex numbers in the form: a+bi 3:POLAR Displays complex numbers in the form: rei q Vector Format Determines...
... in the number of digits selected by Display Digits, the TI-89 Titanium / Voyage™ 200 displays the answer in SCIENTIFIC ...input does not contain the complex unit i, an error message is a multiple of the coordinate systems. 1:RECTANGULAR Coordinates are in the Operating the Calculator module. For example, p2, π-2- , or -x-----x----3-- For example, [3, ∠45, ∠90... decimal. • The power-of-10 exponent is displayed.) 2:RECTANGULAR Displays complex numbers in the form: a+bi 3:POLAR Displays complex numbers in the form: rei q Vector Format Determines...
User Manual
Page 936
... You can use the form: a+bi r ei q (r,ùq) When the Angle mode setting is the angle, or polar form re iq. To enter the: Rectangular form a+bi Do this : Appendix B: Technical Reference 937 Overview of Complex Numbers A complex number has real and imaginary ...components that you can be expressed in rectangular form or in either of two polar The i symbol represents the imaginary numberÁ-1 . For example: To enter the: Do this : Substitute the applicable...
... You can use the form: a+bi r ei q (r,ùq) When the Angle mode setting is the angle, or polar form re iq. To enter the: Rectangular form a+bi Do this : Appendix B: Technical Reference 937 Overview of Complex Numbers A complex number has real and imaginary ...components that you can be expressed in rectangular form or in either of two polar The i symbol represents the imaginary numberÁ-1 . For example: To enter the: Do this : Substitute the applicable...
User Manual
Page 937
You should not use the r e iq polar form in degrees for (r,ùq), you can select polar form. However, the mode setting determines how results are shown in rectangular form, but you can enter a complex number at any time, regardless of three settings. c j [R] 2 ' ... to the Angle mode setting. It will cause a Domain error. Polar form r ei q or (r,ùq) Parentheses are required for re iq. Complex Format Mode for r and q, where q is : The TI-89 Titanium / Voyage™ 200: Appendix B: Technical Reference 938 TI-89 Titanium: j [R] ¥ s 2 ) ¥ Ï...
You should not use the r e iq polar form in degrees for (r,ùq), you can select polar form. However, the mode setting determines how results are shown in rectangular form, but you can enter a complex number at any time, regardless of three settings. c j [R] 2 ' ... to the Angle mode setting. It will cause a Domain error. Polar form r ei q or (r,ùq) Parentheses are required for re iq. Complex Format Mode for r and q, where q is : The TI-89 Titanium / Voyage™ 200: Appendix B: Technical Reference 938 TI-89 Titanium: j [R] ¥ s 2 ) ¥ Ï...
User Manual
Page 938
... methods to radians, but it does not have no stored value and those for complex number calculations. REAL RECTANGULAR POLAR Will not display complex results unless you must make polar entries in the form (r ∠ q). Method 1: Use an underscore _ (TI-89 Titanium: ¥ , Voyage™ 200 2 ) as the last character in the variable name...
... methods to radians, but it does not have no stored value and those for complex number calculations. REAL RECTANGULAR POLAR Will not display complex results unless you must make polar entries in the form (r ∠ q). Method 1: Use an underscore _ (TI-89 Titanium: ¥ , Voyage™ 200 2 ) as the last character in the variable name...
User Manual
Page 972
... entering special characters . . . . . 10 key command 17 selecting characters 10 (2 K calculator Home screen 24 entering commands 22 exiting the split-screen mode . . . . 64 key command 17 turning off the calculator 7 (4, convert 283, 912 (4Bin, display as binary 681, 790 (4Cylind, display as ...convert to Gradian angle measure 829 (4Hex, display as hexadecimal . . 681, 830 (4Polar, display as polar vector 855 (4Rad, convert to Radian angle measure . 862 (4Rect, display as rectangular vector . 864 (4Sphere, display as spherical vector . 882 (7 (shift modifier key) description 13 status...
... entering special characters . . . . . 10 key command 17 selecting characters 10 (2 K calculator Home screen 24 entering commands 22 exiting the split-screen mode . . . . 64 key command 17 turning off the calculator 7 (4, convert 283, 912 (4Bin, display as binary 681, 790 (4Cylind, display as ...convert to Gradian angle measure 829 (4Hex, display as hexadecimal . . 681, 830 (4Polar, display as polar vector 855 (4Rad, convert to Radian angle measure . 862 (4Rect, display as rectangular vector . 864 (4Sphere, display as spherical vector . 882 (7 (shift modifier key) description 13 status...
User Manual
Page 980
..., 4Dec . . . . . 681, 807 degree/minute/second, 4DMS . . 813 hexadecimal, 4Hex 681, 830 polar vector, 4Polar 855 rectangular vector, 4Rect 864 spherical vector, 4Sphere 882 Display Digits mode 169, 187, 922 display digits mode 18 DispTbl, display table 812 Distance (graph math tool) 331, 335, 346, 353 divide 903 domain constraints 253 dot addition...
..., 4Dec . . . . . 681, 807 degree/minute/second, 4DMS . . 813 hexadecimal, 4Hex 681, 830 polar vector, 4Polar 855 rectangular vector, 4Rect 864 spherical vector, 4Sphere 882 Display Digits mode 169, 187, 922 display digits mode 18 DispTbl, display table 812 Distance (graph math tool) 331, 335, 346, 353 divide 903 domain constraints 253 dot addition...