Sharp EL-9400 manuals
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60 pages 1.5 Mb
36 pages 664.75 Kb
2 Read this first3 2. Executing a programme:3. Deleting a programme: 4. Using the keys: 4 5. Troubleshooting:EL-9600 Graphing CalculatorDisplayStep Key Operation PARAMETERSSpecify the program mode. Select the title INVOLUTE. Exercise *Select involute calculation. Select inverse involute calculation. Enter the initial value and the involute value. Enter the value of the angel of obliquity. InvoluteHB2.Intro.03. 98.10.1, 0:39 PM8 When the markCalculationInvolute function : inv = tan - [rad] Use Newton's method to find the inverse involute: FLOWCHART PROGRAM LIST i +1 = i -= qi - f(i) f'() tan 2 tan i - 5 6. Page LayoutContentsIntroductionBrief explanation and purpose of the section ExerciseExample of problem to be solved in the section Set Up ConditionImportant set up condition before starting the exercise in order to obtain correct answers StepA step-by-step guide to solving the problems and an explanation of the display Key OperationIllustration of the keys to be operated DisplayIllustration of the calculator screen as it should appear if each step is carried out correctly CalculationThe formula to be used in calculation and definition of terms FlowchartSummary of steps from start to end Programme ListProcedure of data to be entered ParametersDefinition of the parameters used in the programmeappears on the key: Same series of key strokes can be done with screen touch. Key operations may also be carried out with the cursor (not shown). EL-9600/9400 Graphing Calculator 6 Heron's Formula(Display of area) PARAMETERS CalculationS = D (D - A) (D - B) (D - C) D = (A + B + C) 2AC B FLOWCHART PROGRAMME LIST Find the area of a triangle when sides A, B and C are 20, 35 and 40cm respectively.Key OperationStep Display Specify the programme mode. Select the title HERON. *The area is approximately 350cm2. Enter the values A, B and C. 7 Calculating Tension= PROGRAMME LIST PARAMETERS CalculationFLOWCHART T sin B S sin A W sin B T = W sin A S = W EL-9600/9400 Graphing Calculator 9 Involute- tan ) f(-= = PROGRAMME LIST PARAMETERS (Inverse Involute)Involute function : inv = tan - [rad] Use Newton's method to find the inverse involute: f'()tan 11 Calculating Illuminance and Luminous IntensityPROGRAM LIST PARAMETERS Calculation 13 Calculating Simple Harmonic OscillationT x velocity : v = A cos ( t) Calculationangular velocity : = acceleration : a = - displacement : x = A sin ( t)2Select the title OSCILLAT. 14 2B *(Display of graph of simple harmonic oscillation) PARAMETERSEnter the values of period, amplitude, and time. 15 Electric Power Consumed on an AC CircuitPROGRAM LIST PARAMETERS P : power consumption I : effective value of current V : effective value of voltage (Display of value power) Enter the resistance value, voltage effective value, and frequency. 17 Angle of Vector a Calculating vector inner product a b = | a | | b | cos Use the above expression to derive the following expression b | a | | b |Select the title VECTOR. 9 7 8 (Display of angle of vector 3) 1B 18 45(Display of angle of vector 1) 6 19 Linear Transformations = 4 Y Data set of transformation s = 3 Y To label SYMRATIO s = 2 () ()Y' CalculationPROGRAMME LISTArray declaration Entry of coordinates (X,Y) Entry of type To label XSYMMETRY X 1 0 0 -1 () () (())() ()() () ()()1. Symmetric transformation to x-axis (Case 1) -1 0 01 2. Symmetric transformation to y-axis (Case 2) K0 0 K 3. Similar transformation with ratio of similitude K around origin (Case 3) cos B -sin B sin B cos B 4. Transformation revolving around only angle B at the origin (Case 4)s = 1 To label YSYMMETRY Select the title LINE TRNS. 1B 20 PARAMETERS *Select symmetric transformation to x-axis (case 1). Select transformation revolving around only angle B at the origin (case 4). Enter the values of the point. Enter the angle value. 21 Moving Average + ... X + ... + X X H CalculationPROGRAMME LIST = ( I = 1 + M-1 , 2 + M-1 , ... , n + M-1 ) 2 2 2Enter statistical data into L1. 22 Month Sales[$]Jan. 300 Feb. 326 Mar. 323 Apr. 344 May. 300 Jun. 401 Jul. 398 Aug. 450 * Select the title MVIN AVG. Enter the number of divisions(3). * 23 Creating a Graph of Experimental DataPROGRAMME LIST FLOWCHART PARAMETERSEnter statistical data into L1 and L2. 24 4Select the title XY GRAPH. * * 25 Ordinary Differential EquationsSUB2 FORMULA Display of result Z <= I . Input Q and Y from X and Y PROGRAMME LIST CalculationEntry of data Initial setting Use the following four steps of Runge Kutta Gill method to find the equation X = 0 at the starting point X .MAIN Calculation of step 1. Calculation of step 2. Calculation of step 3. Calculation of step 4. S = I O = J Z I YProcessing in case of inequality SUB1 Processing for next calculation Subroutine Subroutine for calculating built-in function Return * PARAMETERS10 00 CL2B Select the title RUNGE.(Display of X2) (Display of Y2) (Display of X3) (Display of Y3) (Display of X1) (Display of Y1) Similar operation is performed hereafter. 26 2 27 Analysing with One-way Layout Method(A+1)>S of variance ratio of variance [X] = ( Xij) FLOWCHART PROGRAMME LIST Calculation(STAT MODE) Entry of number of levels and repeat frequency End Analysis of variance chart of one-way layout methodDeclaration of one variable statistic Display of X (sum of levels) Accumulation of data Accumulation of squareof data Entry of data K = K + 1 AN [A] = i (j Xij) N [AS] = i j (Xij) A : number of levels N: repeated frequency X : number of dataS = S + 1 Calculation of X,Y and Z of sum of squares of degree of freedom Accumulation of (X) (N+1)>K 28 PARAMETERSSelect the title VARIANCE. * Enter the number of levels and the repeated frequency.(Display of total of hormone 10 g) (Display of total of hormone 20 g) (Display of total of hormone 30 g) (Display of sum of squares) (Display of error sum of squares) (Display of sum of squares) (Display of degrees of freedom) (Display of degrees of freedom about errors) (Display of sum of degrees of freedom) (Display of variance) (Display of variance of errors) 29 in level 1.in level 2. in level 3. 30 Calculating Parabolic Motion2 T - 1 gT sin cos X = V Calculation T Y = VPARAMETERS 31 Select the title PARABOLA. B (Display of graph of parabola) *(Highest altitude when released at 90) (Distance when released at 45) (Time when released at 45) (Display of distance after Z seconds) (Display of altitude after Z seconds) (Altitude and distance after Z seconds are displayed on the parabola graph.) Enter the value of the initial velocity. Enter the angle value. Enter the value of time period Z. 32 Key pad for the SHARP EL-9600 Calculator33 Key pad for the SHARP EL-9400 Calculator
27 pages 633.27 Kb
Easy to Teach Easy to Learn Easy to Use 2 I3 SLarge 96 x 64-dot display 4 BFunction keys Names of parts Power ON/OFF Reset function SET UP menu Adjusting screen contrast 5 B6 E6 Input the equation and see how it can be easily viewed with the equation editor. x 7 SWhen the graph of y = x2 is shifted downward, how does this affect the equation? When the graph of y = x2 is changed, how does it affect the equation? 8 C(Change the shape of the graphs) 9 S12 GxEZ Manual Input Step 1 Step 2 Step 3 Step 4 Graphing ProcedureEZ Rapid Graph Manual Input Rapid Window Manual Input Rapid Zoom 15 RRapid zoom offers one-touch adjustment of window size while viewing the graph. xEZNo more guessing or wasting class time to find optimal values for window size. Adjust the viewing window for y = x3 + x2 - 2x to show the entire graph. 16 P14 System options CE-LK1P (PC-link system) 17 S15CE-450L Specified LINK. ) List of the SEND menu ( or ) * EL-9450/9400 EL-9450/9400 mark desired data to be sent. et to set communicationCommunication Procedure ( or )Plug the cable into both calculators. Turn power on. Specified LINK. Select LINK/SEND. Select SEND/ALL. ( or ) ( or Select LI, YI Execute Sending function. Select LINK/RECEIVE.List of sendable data will appear on screen. Transfer data between two EL-9450/9400 calculators using the communication cable (CE-450L). 18 O25 S
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