?_lN=2Meridian TI-83 Emulator HelpBrowseButtons()Zmain?main;:tOz0WG Om##O,lGO./&;)z4,|  |CONTEXTxy|CTXOMAPh|FONTh|KWBTREEi|KWDATAh|KWMAP i|SYSTEM|TOPIC|TTLBTREEIq5]da@]k^*5dk;]^d2X]k9R=da9X]*5ad=X^l, 98?D:\temp\~hc15?X?,/7, W,ƽ//Q,M÷/6%*GB.O2Pcc 9E1EContents0 u% Contents'E$ ruaS t:AIntroductionThis help section is not designed to take the place of the User Manual for the TI-83 graphing calculator. It is intended to familiarize you with the functions of the Meridian TI-83 emulator, and identify the similarities and differences between the calculator and the emulator. The Meridian TI-83 emulator is a computer program designed to function like the TI-83 graphing calculator. It is intended to help you learn how to use the TI-83 in your study of College Algebra. The functions implemented in this emulator directly relate to the subject matter in the textbook and interactive version. M6 <.:Ad%General Usage `-a3 6Zi?ـFeatures For Help on Help, Press F1> L1wL General Usage5%  General UsageLH ^:AGeneral UsageTo activate the emulator, click on the TI-83 icon found at the bottom of every screen of Interactive College Algebra. Once you have activated the emulator, you can toggle between the emulator and Interactive College Algebra by pressing Alt-Tab.The emulator functions by using your mouse to click on the buttons on the emulator screen. You can also use the keyboard for some functions, as shown in the list below.Keyboard functionsS t{:A All numeric keysAll alphabetic keysArrow keys Arithmetic keys (+, -, *, /, =)Note that the - key can be used for subtraction only. To indicate negation, use the (-) key on the emulator.BackspaceBracketsCommaDeleteExponentiation (^)Factorial (!)ParenthesesPeriod "Hot" keysF2: X, T, qF3: STATAlt-F3: LISTF4: MODEAlt-F4: QUITF5: Y=F6: WINDOWAlt-F6: TblSetF7: ZOOMF8: TRACEAlt-F8: CALCF9: GRAPHAlt-F9: TABLEA) "0:ACtl-Backspace: CLEAR' $ 9E 1YE ԂFeatures0 u % FeaturesAE ; D FeaturesThis emulator does not contain all the features of the TI-83. Only the features found most useful to students taking this course were implemented. Below you will find lists of both implemented and non-implemented features.Implemented featuresZu S C#V@ Additionreturns the sum of two values, two lists, two matrices, or a value and a listM C#V@ ALPHAL S C#V@ CALCE e#@ valueevaluates a selected function at a specified value of x4 / e#h@ zerofinds x-intercept or zero of a function9 _#r@ intersectfinds points of intersection of functionsp-/ 7C#VZ@  COSreturns the cosine of a value or listu2 C#Vd@ COS-1returns the arccosine of a value or listK7C#V@  DEL<vC#Vx@ Divisionreturns the quotient of two values, two lists, ]C#V4@ or a value and a listx5vW@C#Vj@ W@  EEreturns value or list times 10 to the exponentM@F#\@ e:W@*AL#ht@ e^Xreturns e raised to a value or list of elementsB@AC#V@ ENTRYpastes the last home screen entry to the current cursor c *ABC#V@@ location on the home screens0ABC#V`@ GRAPHgraphs functions selected on Y= screenKBBC#V@  INSL BCC#V@ LISTi BC_#@ OPSq.CCC#V\@  SortA(sorts a list in ascending orderr/ChDC#V^@  SortD(sorts a list in descending orderw4CDC#Vh@  dimreturns the number of elements in a listm*hDLEC#VT@  Fill(fills a list with a constantj DE_#@ MATHv3LE,FC#Vf@  min(returns the smallest element of a listu2EFC#Vd@  max(returns the largest element of a listk(,F GC#VP@  mean(returns the mean of a listo,F{GC#VX@  median(returns the median of a listx5 GGC#Vj@  sumreturns the sum of all elements in a list}:{GpHC#Vt@  prodreturns the product of all elements in a listz7GHC#Vn@  LNreturns the natural logarithm of a value or lists0pH]IC#V`@  LOGreturns the logarithm of a value or listL HIC#V@ MATHj ]IJ_#@ MATHBIJC#V@  3returns the cube of a value, expression, list, or matrixGJ"KC#V@   Cube rootreturns the cube root of a value, expression, or listEJKC#V@  nth rootreturns the nth root of a value, expression, or listi "KL_#@ NUMCKLC#V@  abs(returns the absolute value of a value, list, or matrixs0L MC#V`@  round(rounds a given value to 10 digitsOLMC#V@  iPart(returns the integer part of a value, expression, list, or matrixC M$NC#V@  fPart(returns the fractional part of a value, expression, WM{NC#V(@ list, or matrixc$N!OC#V@  int(returns the largest integer less than or equal to a value, expression, list, or matrixv3{NOC#Vf@  min(returns the smallest element of a listu2!OC#Vd@  max(returns the largest elementO of a listi O_#@ PRBBC#V@  randgenerates and returns a random number between 0 and 1BI#b@  nPrcalculates the number of permutations of n elements aI#b0@ taken r at a timeB}I#b@  nCrcalculates the number of combinations of n elements aނI#b0@ taken r at a timeE}fC#V@  !returns the factorial of a positive number between 0 and 69M ނC#V@ MATRX)f;_#R@ NAMESselects and displays a matrixj _#@ MATH}:;"C#Vt@  det(calculates the determinant of a square matrixq.C#V\@  Tcalculates the transpose of a matrixz7" C#Vn@  dim(returns the number of elements in a matrixo,|C#VX@  Fill(fills a matrix with a constant? C#V~@  identityreturns an identity matrix of given dimensions<|}C#Vx@  randM(generates a random matrix of given dimensionsm*C#VT@  augment(concatenates two matricesx5}bC#Vj@  ref(returns the row-echelon form of a matrix>C#V|@  rref(returns the reduced row-echelon form of a matrixn+bQC#VV@  rowSwap(swaps two rows of a matrixt1ʼnC#Vb@  row+(adds one row of a matrix to another~;QCC#Vv@  *row(multiplies one row of a matrix by another row@ʼnƊC#V@  *row+(multiplies one row of a matrix by a constant and ^C$C#V6@ adds it to another row%Ɗ_#J@ EDITdisplays the matrix editor<$'C#Vx@ "Multiplicationvalue and a list, or a value and a matrixL sC#V@ MODE2'_#d@ "$Radian/Degreechanges units of angle measure;s_#v@ "$Connected/Dotchanges appearance of graphed functionsJC#V@  PID#V @ ^returns value raised to a value, a value raised to a list of elements, a list raised to a value, or a matrix raised to a valuep- C#VZ@ 10^Xreturns 10 raised to a value or listn+C#VV@  SINreturns the sine of a value or lists0 C#V`@ SIN-1returns the arcsine of a value or list @C#V@ SQR ROOTreturns the square root of a value, list, or matrixL C#V@ STATj F_#@ EDITg$C#VH@  Edit...displays list editor{8F(C#Vp@  SortA(sorts a specified list in ascending order|9C#Vr@  SortD(sorts a specified list in descending ordery6(C#Vl@  ClrListclears all entries in a specified listj _#@ CALCq.C#V\@ & LinReg(ax+b)fits data to linear modelo,gC#VX@  QuadRegfits data to quadratic modelq.C#V\@ & LinReg(a+bx)fits data to linear modelo,gGC#VX@  LnRegfits data to logarithmic modelp-C#VZ@  ExpRegfits data to exponential modelj'G!C#VN@  PwrRegfits data to power modelQrC#V@ STAT PLOT<! _#x@ Scatterplots a set of data points as coordinate pairsKr_#@ XYLineplots a set of data points and connects the points with a lineg$ C#VH@  STOstores a value to a variablezC#V@ Subtractionreturns the difference of two values, two lists, two matrices, a value and a list, or a value and a matrixz7UC#Vn@ TABLEdisplays tables of values for given functionsq.C#V\@  TANreturns the tangent of a value or listv3U<C#Vf@ TAN-1returns the arctangent of a value or listq.C#V\@ TblSetdefines parameters for TABLE screen<D#V'@ TRACEmoves the cursor from one plotted point to the next along a function, while displaying the cursor coordinates at the bottom of the screenq.C#V\@ WINDOWdefines a viewing window for graphsh%]C#VJ@  Y=assigns functions to variables^L#h$@ *  X, T, q, nG]EC#V@ X^-1returns 1 divided by value or list; returns an inverted matrixy6C#Vl@  X^2returns the square of a value, list, or matrixL E C#V@ ZOOMj t_#@ ZOOM? C#V~@  Zboxdefines a viewing window on graph by drawing a boxHtC#V@  Zoom Inzooms in on a point selected with cursor on graph screenJC#V@  Zoom Outzooms out on a point selected with cursor on  graph screenKC#V@  Zdecimaldefines viewing window so that x is defined in increments N C#V@ of 0.1VC#V@  Zsquaredefines viewing window so that x and y are defined in equal incrementsLC#V@   Zstandarddefines viewing window to the standard viewing rectangle: |9C#Vr@ xmin=-10, xmax=10, xscl=1, ymin=-10, ymax=10, yscl=1[8C#V@  Ztrigdefines viewing window to a rectangle appropriate for graphing trig functionsVC#V@  Zintegerdefines viewing window so that x and y are defined in increments of 1I8]C#V@  Zstatdefines viewing window so that all plotted points are shownl _#@ MEMORY|9]EC#Vr@   ZPreviousreset viewing window to previous valuesm*C#VT@  ZoomStosave viewing window values=E2C#Vz@  ZoomRclset viewing window to previously saved valuesn(F#\P@ $ SetFactorschange zoom factorsH2C#V @ dLF#\<@ 8Non-implemented featuresM C#V@ ANGLEL LC#V@ CALCmR_#@ minimumm_#@ maximumk R* _#@ dy/dxm _#@ f(x) dxO *  C#V@ CATALOGM 3 C#V@ DISTRL  C#V@ DRAWO 3  C#V@ FINANCEV  $ I#b@ FORMATM q F#\@  iL $  C#V@ LINKL q  C#V@ LISTi r _#@ OPSP  C#V@  seq(Sr  C#V @  cumSum(Q f C#V@  List(S  C#V @  Select(Tf  C#V"@  augment(V cC#V&@ " List matr(V C#V&@ " Matr list(M cC#V@  LL RC#V@ MATHSC#V @  stdDev(UR @C#V$@   variance( @ L X@C#V@ MATHj @@_#@ MATHP X@AC#V@  FracO @aAC#V@  DecQAAC#V@  fMin(QaABC#V@  fMax(SAVBC#V @  nDeriv(RBBC#V@  fnInt(SVBBC#V @  Solveri BdC_#@ NUMP BCC#V@  lcm(P dCDC#V@  gcd(i CmD_#@ CPXi DD_#@ PRBTmD*EC#V"@  randInt(UDEC#V$@   randNorm(T*EEC#V"@  randBin(N E!FC#V@ MATRIXj EF_#@ MATHV!FFC#V&@ " Matr list(VF7GC#V&@ " List matr(SFGC#V @  cumSum(K7GGC#V@  MEML G!HC#V@ MODE$GH_#H@ BDSome portions not implementedL !HHC#V@ PRGMKH;IC#V@  RCLM HIC#V@ SOLVEL ;IIC#V@ STATj I>J_#@ EDITWIJC#V(@ $ SetUpEditorj >JJ_#@ CALCWJVKC#V(@ $ 1-Var StatsWJKC#V(@ $ 2-Var StatsSVKLC#V @  Med-MedTKTLC#V"@  CubicRegTLLC#V"@  QuartRegTTLLC#V"@  LogisticRLNMC#V@  SinRegk LM_#@ TESTSQNM NC#V@ STAT PLOToMyN_# @ Histogramp NN_#"@ ModBoxPlotmyNVO_#@ BoxplotrNO_#&@  "NormProbPlotKVOC#V@ O STOL OkC#V@ TESTL C#V@ VARSl k#_#@ Y-VARSUxC#V$@  WINDOW FORMATL #āC#V@ ZOOMj x._#@ ZOOMSāC#V @  ZoomFit,.) "T^'Ԃ$ 11 XHelvzSymbolArialJWingdings"#w w/&;)i24ContentsFeaturesGeneral UsageM 2D:\temp\~hc15aD:\temp\~hc15&bdjYda5]da@]k^*5dk;]^d2X]k9R=da9X]*5ad=X^l, 98?D:\temp\~hc15?X?,/ 7, W,ƽ//Q,M÷/6%*GB.O2P |SYSTEM|TOPICD:\temp\~hc15aD:\temp\~hc15&bdjYda5]da@]k^*5dk;]^d2X]k9R=da9X]*5ad=X^l, 98?D:\temp\~hc15?X?,/7, W,ƽ//Q,M÷/6%*GB.O2P/&;)Lz+7ContentsGeneral UsagewFeatures[&]bb'X`(\^b&[\b\bd3\dbY^b&5]^X[^b*>]b9=\d9X]b23X\=Y^^*+W\^^+<=<RR/7//+&R///,/,&/WUɾ/6.U74¾ÿǾ6/.66ǽ.+%Ҹ&+++A0+&+76G67++PR*M*,0.d0V I Dᤚ_D||֜z~٭||~||٫}||z{tרCJ8\9*Nz]=1֥<^XX*{ݏר|?l5>`X>{۰\l&V `X<`X `X<`X.ѭ߹.