Casioメーカーfx-5800Pの使用説明書/サービス説明書
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fx-5800P User's Guide http://world.casio .com/edu/ RJA516644-001V01 E.
E-1 k Remove the insulation sheet! Y our calculator comes with a special insulation sheet, which isolates the battery from the contacts in the battery compar tment, to keep the battery from running down during storage and shipment. Be sure to remov e the insulation sheet before trying to use the calculator for the fi rst time .
E-2 k About this Manual • Most of the keys perf or m multiple functions . Pressing 1 or S and then another ke y will perform the alternate function of the other key . Alter nate functions are marked abov e the ke ycap. Alternate function Key c ap function Alternate function operations are notated in this manual as shown below .
E-3 • A mar k lik e the ones shown below indicates that you need to change the calculator’ s angle unit setting. If you see this: Change the angle unit setting to: If you see this: Change the angle unit setting to: v Deg V Rad For details , see “Specifying the Angle Unit” (page 12).
E-4 Operating Precautions • Be sure to press the P button on the back of the calculator before using the calculator for the fi rst time. See page 1 for inf ormation about the P button. • Even if the calculator is operating normally , replace the battery at least once a year .
E-5 Contents Remov e the insulation sheet! ............................................................................................. 1 Resetting the Calculator to Initial Defaults....................................................................
E-6 Reserving V ariable Memory ................................................................... 35 User Memory Area ........................................................................................................... 35 Using Extra V ar iables .
E-7 Viewing Equation Solutions .............................................................................................. 72 Statistical Calculations (SD/REG) ......................................................... 72 Statistical Sample Data ...
E-8 Appendix ............................................................................................... 128 Calculation Priority Sequence ........................................................................................ 128 Stack Limitations .
E-9 Before starting a calculation... k Tu r n i ng On the Calculator Press o . This displays the same screen that was on the displa y when you last turned off the calculator . A Adjusting Display Contrast If the fi gures on the displa y become hard to read, try adjusting display contrast.
E-10 Input expression Calculation result A Display Symbols The symbols described below appear on the display of the calculator to indicate the current calculation mode, the calculator setup , the progress of calculations, and more. The nearby sample screen shows the 7 symbol.
E-11 To select this calculation mode: Go to this screen: And press this key: LINK (Communication) Screen 2 1 (LINK) MEMOR Y (Memor y Management) 2 (MEMOR Y) SYSTEM (Contrast Adjustment, Reset) 3 (SYSTEM) • T o exit the calculation mode menu without changing the calculation mode , press N .
E-12 A Specifying the Angle Unit To select this angle unit: Perf orm this key operation: Degrees 1N 3 (Deg) Radians 1N 4 (Rad) Grads 1N 5 (Gra) (90˚ = π 2 radians = 100 grads) A Specifying the Displ.
E-13 A Specifying the Engineering Symbol Setting This setting lets you turn engineering symbols on and off. For more information, see “Using Engineering Symbols” on page 54.
E-14 Calculation Mode ..................................... COMP Setup Settings Display F ormat .................................... MthIO Angle Unit ............................................ Deg Exponential Display ............................. Nor m1 Fr action Format .
E-15 A Inputting Scientifi c Functions with P arentheses (sin, cos, ' , etc.) Y our calculator suppor ts input of the scientifi c functions with parentheses shown below . Note that after you input the argument, y ou need to press ) to close the parentheses.
E-16 A Number of Input Characters (Bytes) As you input a mathematical e xpression, it is stored in memor y called an “input area, ” which has a capacity of 127 bytes. This means y ou can input up to 127 bytes f or a single mathematical expression.
E-17 Function Key Operation *1 *2 Derivative z – {MA TH} 2 (d/dX) 7 Y es Second Derivative z – {MA TH} 3 (d 2 /dX 2 )7 Y es Σ Calculation z – {MA TH} 4 ( Σ () 11 Y es Note If you include v alu.
E-18 A Scrolling the Screen Left and Right The screen will show up to 14 characters when inputting with natural displa y . When y ou input more than 14 characters, the screen will scroll automatically . If this happens , the ] symbol will turn on to let you know that the e xpression runs off the left side of the display .
E-19 k Editing a Calculation A Insert Mode and Overwrite Mode The calculator has two input modes. The insert mode inser ts your input at the cursor location, shifting anything to the right of the cursor to make room. The ov erwrite mode replaces the ke y operation at the cursor location with your input.
E-20 dd Y Overwrite Mode b 369**12 ddd Y A Editing a Ke y Operation within an Expression With the inser t mode , use d and e to mov e the cursor to the right of the key operation you want to edit, press Y to delete it, and then perform the correct ke y operation.
E-21 k Finding the Location of an Error If your calculation e xpression is incorrect, an error message will appear on the display when you press E to ex ecute it. Pressing the J , d , or e ke y after an error message appears will cause the cursor to jump to the location in your calculation that caused the error so you can correct it.
E-22 k Example Calculations Example: ' 2 + ' 8 = 3 ' 2 B ! 2 e + ! 8 E Produce the result in decimal format: ! 2 e + ! 8 1E Using the f Key (S-D T ransfor mation) Y ou can use the f ke y to transform a value betw een its decimal (D) form and its standard (S) fo rm (fraction, ' , π ).
E-23 Note • Each press of the f ke y toggles the displayed result betw een the two forms. • The format of the fraction depends on which fraction display f ormat (improper or mixed) is currently selected (page 12).
E-24 Example 1: 2.5 + 1 − 2 = 1.5 b 2.5+1-2 E Example 2: 7 × 8 − 4 × 5 = 36 b 7*8-4*5 E • The calculator deter mines the proper priority sequence for addition, subtraction, m ultiplication, and division automatically . See “Calculation Priority Sequence” on page 128 for more inf ormation.
E-25 A Fraction Calculation Examples Example 1: 2 3 + 1 2 = 7 6 B ' 2 c 3 e + ' 1 c 2 E b 2 ' 3+1 ' 2 E Example 2: 3 1 4 + 1 2 3 = 4 11 1 2 (F raction Display F ormat: ab/c) b 3 &a.
E-26 Note • If the total number of elements (integer digits + numerator digits + denominator digits + separator symbols) that make up a mix ed fraction e xpression is greater than 10, the calculation result will be display ed in decimal form.
E-27 Example 1: 2% = 0.02 ( 2 1 00 ) 2 1 , (%) E Example 2: 150 × 20% = 30 (150 × 2 0 1 0 0 ) 150*20 1 , (%) E Example 3: What percent of 880 is 660? 660/880 1 , (%) E Example 4: Increase 2500 b y 15%. 2500+2500* 15 1 , (%) E Example 5: Reduce 3500 b y 25%.
E-28 A Sexagesimal Calculation Examples • The following types of se xagesimal calculations will produce sexagesimal results. - Addition or subtraction of tw o sexagesimal v alues - Multiplication or.
E-29 k Accessing Calculation History The ` symbol in the upper right cor ner of the displa y indicates that there is data stored in calculation history . T o view the data in calculation history , press f . Each press of f will scroll upwards (back) one calculation, displa ying both the calculation expression and its result.
E-30 d YYYY -7.1 E Using Multi-statements in Calculations A multi-statement is a statement that is made up of multiple calculation e xpressions separated by special separ ator codes (: and ^ ). The following e xamples show how the tw o separator codes diff er from each other.
E-31 E E Note • The Q symbol turns on in the upper r ight corner of the display when e xecution of a multi-statement calculation has been paused by a ^ separator . • When performing a multi-statement calculation, Ans (Answer Memory) (page 32) is updated each time any of the statements that makes up a m ulti-statement produces a result.
E-32 k Using Answer Memory (Ans) The result of any new calculation y ou perform on the calculator is stored automatically in Answ er Memor y (Ans). A A utomatic Inser tion of Ans in Consecutive Calcul.
E-33 A Inserting Ans into a Calculation Manually Yo u can inser t Ans into a calculation at the current cursor location b y pressing 1 - (Ans). Example 1: To use the result of 123 + 456 in another cal.
E-34 Example: To subtract the result of 3 × 2 from independent memory (M) b 3*2 1 l (M–) Note Pressing l or 1 l (M–) while a calculation result is on the display will add it to or subtract it from independent memory .
E-35 A Using a V ariable in a Calculation Y ou can use variables in calculations the same wa y you use v alues. Example: To calculate 5 + A 5+ S 0 (A) E A Clearing the V alue Assigned to a V ariable (.
E-36 A Adding Extra V ariables Example: To increase the number of variables b y 10 b 10 z – {PROG} – { / } 1 . (Dim Z) E • When “Done” appears on the display , it means that the number of extra var iables y ou specifi ed has been added. At this point, zero is assigned to all of the extr a variables.
E-37 Important! Y ou can write data to extra variab les in the COMP Mode or in a COMP Mode program. A Recalling the Contents of an Extra V ariable Input the name (Z[ n ]) of the extr a variable whose contents you w ant to recall, and then press E .
E-38 k Scientifi c Constants Yo ur calculator has 40 often-used scientifi c constants b uilt in. Like π , each scientifi c constant has a unique display symbol. Scientifi c constants are supported in all modes, except f or the BASE-N Mode. A Inputting a Scientifi c Constant 1.
E-39 z – {CONST} cccc 1 ( ƫ 0 ) ) E A List of Scientifi c Constants The numbers in the “No. ” column show the scientifi c constant menu page number on the left and the number ke y you need to press to select the constant when the proper menu page is display ed.
E-40 Scientifi c Function Calculations Unless otherwise noted, the functions in this section can be used in any of the calculator’ s calculation modes, e xcept for the BASE-N Mode.
E-41 k Angle Unit Con version Y ou can convert a value that was input using one angle unit to another angle unit. After you input a v alue, select z – {ANGLE} to display the men u screen shown below .
E-42 Example 1 : log 2 16 = 4, log16 = 1.204119983 b l 2,16) E l 16) E Base 10 (common logarithm) is assumed when no base is specifi ed. B z – {MA TH} c 7 (logab) 2 e 16 E Example 2 : ln 90 (= log e 90) = 4.
E-43 (1+1) 6 2+2) E B ( ! 2 e +1) ( ! 2 e -1) E (1+1) 6 2+2 E Example 2: (–2) 2 3 = 1.587401052 b ( - 2) 6 (2 ' 3) E k Integration Calculation Y our calculator performs integration using Gauss-Kronrod integration f or approximation. The calculator uses the follo wing function for integration.
E-44 b z – {MA TH} 1 ( ∫ dX) iS 0 (X) ),1, 1i ( % ) 1)) E A Remarks • Use of ∫ ( is suppor ted in the COMP , SD , REG, and EQN Modes only . • The following functions cannot be input f or the f ( x ), a , b , and tol parameters: ∫ (, d / dx (, d 2 / dx 2 (, Σ (.
E-45 a b f ( x ) dx = a x 1 f ( x ) dx + x 1 x 2 f ( x ) dx + .....+ x 4 b f ( x ) dx ∫∫∫ ∫ k Derivative Y our calculator performs differential calculations b y approximating the derivativ e based on centered difference appro ximation. Calculation is performed using the function shown below .
E-46 differential calculation result that approaches z ero can cause poor precision or error. • Y ou can interrupt an ongoing differential calculation operation b y pressing o . k Second Derivative Y our calculator lets you calculate the second derivativ e coeffi cient ( d 2 / dx 2 ( f ( x ))| x = a ) for f ( x ) where x = a .
E-47 The follo wing shows the calculation formula used f or Σ calculations. Σ ( f ( x ), x , a , b ) = f ( a ) + f ( a +1) + .... + f ( b ) A Syntax and Input Σ ( f ( x ), x , a , b ) f ( x ): Func.
E-48 A Syntax and Input Rectangular-to-P olar Coordinate Conversion (P ol) P ol( x , y ) x : Rectangular coordinate x -value y : Rectangular coordinate y -value P olar-to-Rectangular Coordinate Conver.
E-49 k Random Number Functions Y our calculator comes with functions for generating ten-digit non-sequential random numbers, ten-digit sequential random n umbers, or random integers within a specifi c r ange. The follo wing are the random number generation functions.
E-50 z – {MA TH} 6 (Ran#) 1 E E E A Random Integers This function generates random integers within a specifi c range. Syntax: RanInt#({ m }, { n }) ( m and n are integers.
E-51 A Factorial (!) Syntax: { n }! ({ n } must be a natural number or 0.) Example: (5 + 3)! b (5+3) z – {MA TH} 5 (X!) E A Absolute V alue (Abs) Syntax: Abs({ n }) Example: Abs (2 – 7) = 5 B z .
E-52 Display Digit Setting: Norm1 or Norm2 The mantissa is rounded off to 10 digits. Display Digit Setting: Fix or Sci The value is rounded to the specifi ed number of digits. Example: 200 ÷ 7 × 14 = 400 b 200/7*14 E (3 decimal places) 1N (SETUP) 6 (Fix) 3 E (Internal calculation uses 15 digits.
E-53 Syntax: Int({ n }) Example: To extract the integer part of –1.5 b z – {MA TH} c 2 (Int) - 1.5) E A Fractional P ar t Extraction (Frac) The F rac( function extracts the fr actional par t of the real number input as its argument. Syntax: Fr ac( { n }) Example: To extract the fr actional par t of –1.
E-54 k ENG Con version Examples Example 1: To convert 1234 to engineer ing notation using ENG / B 1234 E 1 / (ENG) 1 / (ENG) Example 2: To convert 123 to engineer ing notation using ENG , B 123 E 1 * .
E-55 A Inputting V alues Using Engineering Symbols Example: To input 500 k 500 z – {MA TH} ccc 6 (k) A Using ENG (10 3 ) Con version while Engineering Symbols Tu rned on (EngOn) P erforming ENG conv.
E-56 Example: To input 2 + 3 i 2+3 i A Inputting Complex Number V alues Using Polar Coor dinate Format Complex n umbers can also be input using polar coordinate format ( r ∠ Ƨ ).
E-57 Example 1: 2 × ( ' 3 + i ) = 2 ' 3 + 2 i = 4 ∠ 30 Bv 2*( ! 3 e + i ) E b 2*( ! 3)+ i ) E When using linear display f ormat, calculation results are displayed in two lines showing the absolute v alue and argument.
E-58 Argument: z – {COMPLX} 2 (Arg) 2+2 i ) E k Extracting the Real P ar t (ReP) and Ima ginary Part (ImP) of a Complex Number Y ou can use the following oper ations to extract the real part ( a ) or imaginary par t ( b ) of complex n umber a + b i .
E-59 Matrix Calculations (COMP) To perform the example oper ations in this section, fi rst select COMP ( N 1 ) as the calculation mode. k Matrix Calculation Overview Matrix calculations are performed.
E-60 A Using the Matrix Editor Screen to Input Matrix Data 1. Press z – {MA TRIX} 1 (EDIT) to display the matrix memory area menu. • A memor y area that already contains a matrix will show the dimensions of its matrix (like 2 × 2), while an area that is empty will be indicated by “None”.
E-61 2. Input the v alue assignment command ( / ). z – {PROG} –{ / } 3. Specify the matrix memory (Mat A to Mat F or Mat Ans) where you want to store the matrix. • T o store it in Mat A, for e xample, perform the follo wing key operation: z – {MA TRIX} 2 (Mat) S i (A).
E-62 k P erforming Matrix Calculations This section presents a number of actual e xamples of matrix calculations. • Before performing matrix calculations, you need to perf orm the procedure under “Inputting and Editing Matrix Data” (page 59) to input data into the matrices you plan to use in the calculations.
E-63 E Note While a calculation screen is on the display , you can input the Mat Ans variable b y pressing z – {MA TRIX} 2 (Mat) 1 - (Ans). A Calculating the Scalar Multiplication of a Matrix Y our calculator suppor ts the f ollowing types of scalar multiplication calculations.
E-64 A Obtaining the Determinant of a Matrix The det( function can be used to obtain the determinant of a square matr ix. det a 11 = a 11 det = a 11 a 22 – a 12 a 21 a 11 a 12 a 21 a 22 det = a 11 a.
E-65 a 11 a 12 a 13 –1 a 21 a 22 a 23 a 31 a 32 a 33 = a 22 a 33 – a 23 a 32 – a 12 a 33 + a 13 a 32 a 12 a 23 – a 13 a 22 – a 21 a 33 + a 23 a 31 a 11 a 33 – a 13 a 31 – a 11 a 23 + a 1.
E-66 A Selecting the Sequence T ype To select this sequence type: P erform this key operation: a n T ype z – {TYPE} 1 ( a n ) a n +1 T ype z – {TYPE} 2 ( a n +1 ) A Sequence Editor Screen Either of the sequence editor screens shown below appears immediately after y ou enter the RECUR Mode and select the sequence type.
E-67 3. After inputting e verything you want, press E . • This registers your input. If you input e xpressions, the calculation result of the expression is registered. • While any setting is highlighted, press E to display the sequence tab le screen (page 67).
E-68 k Creating a Sequence T able A Creating an a n +1 T ype Sequence T able Example: To create a sequence table with the recursion f ormula a n +1 = a n + n + 1 using a range of 1 < n < 10 ( n = integer).
E-69 Register the general ter m: E (This displays the tab le range screen.) Input Star t = 2 and End = 6: 2 E 6 E Create the sequence table: E (This displays the sequence tab le screen.) k Sequence Calculation Precautions The follo wing functions cannot be used during sequence calculations.
E-70 1. Press N 8 (EQN). • This displays an initial EQN type menu like the one sho wn below . 2. Press 1 (aX+bY=c) to select simultaneous linear equations with two unknowns . • This displays a coeffi cient editor screen lik e the one shown below .
E-71 k Selecting an Equation T ype The follo wing shows the operations you can use to select an equation type . To select this equation type: Perform this ke y operation: EQN type menu item: Simultane.
E-72 k Viewing Equation Solutions Pressing E while the coeffi cient editor is displa yed will displa y the solutions of the equation. Equation solution • Y ou can use c and f to scroll forw ard and back through the solutions. • Y ou can also press E while a solution is display ed to cycle through all of the other av ailable solutions .
E-73 A Inputting Sample Data The follo wing example shows ho w to input the following sample data in the SD Mode . Class Value (X) Frequency (FREQ) 24.5 4 25.5 6 26.5 2 Enter the SD Mode: N 3 (SD) Input the class values in the X column: 24.5 E 25.5 E 26.
E-74 • Even though Y -data is not used and there is no indication of Y -data on the screen in the SD Mode, the calculator still maintains a Y -value (alwa ys zero) internally for each X-data.
E-75 2. Press z 5 (ST A T) 1 (Edit) 4 (Del Cell). • This deletes the cell where the cursor is located and shifts everything below it upwards . A new cell is inserted at the bottom of the column where the cell is deleted.
E-76 z 7 (ST A T) 2 (V AR) 2 ( o ) E This is one example of possib le calculation results. For more inf ormation about statistical calculation commands, see the following section. A SD Mode Statistical Command Reference n z 7 (ST A T) 2 (V AR) 1 Obtains the number of samples.
E-77 maxX z 7 (ST A T) 2 (V AR) cc 2 Determines the maximum value of the samples. P( z 7 (ST A T) 3 (DISTR) 1 For the argument t , determines the probability of standard nor mal distribution P( t ). Q( z 7 (ST A T) 3 (DISTR) 2 For the argument t , determines the probability of standard nor mal distribution Q( t ).
E-78 A Displaying the Statistical Calculation Result Screen In the REG Mode, you can displa y a screen that lists the results of standard deviation and sum calculations. Y ou can also display results f or a specifi c type of regression calculation. Note • Calculation results can be displayed up to 10 digits .
E-79 2. Press the k ey that corresponds to the type of regression whose results you w ant to display . To display the results of this type of regression calculation: Press this key: Linear ( y = ax + .
E-80 A P erforming a Specifi c Regression Calculation Example: To use the statistical data shown below to perf orm logar ithmic reg ression to obtain the correlation coeffi cient and the estimated v alue of y when x = 100 x y 29 1.6 50 23.5 74 38.0 103 46.
E-81 ¯ x z 7 (ST A T) 2 (V AR) 2 Obtains the mean of the sample x -data. x σ n z 7 (ST A T) 2 (V AR) 3 Obtains the population standard deviation of the sample x -data. x σ n –1 z 7 (ST A T) 2 (V AR) 4 Obtains the sample standard deviation of the sample x -data.
E-82 ƙ y 2 z 7 (ST A T) 2 (V AR) c 3 Obtains the sum of squares of the sample y -data. Σ y 2 = Σ y i 2 ƙ y z 7 (ST A T) 2 (V AR) c 4 Obtains the sum of the sample y -data. Σ y = Σ y i ƙ xy z 7 (ST A T) 2 (V AR) c 5 Obtains the sum of products of the sample x -data and y -data.
E-83 Regression Coeffi cient and Estimated V alue Commands The values obtained b y the following commands depend on the reg ression formula used for the calculation. The regression formula used is the one that is applicable f or the regression calculation result screen (page 78) that was last displa yed in the REG Mode.
E-84 For more information about this type of regression calculation: Go here: Pow er Regression <#07> Inv erse Regression <#08> k Statistical Calculation Examples This section provides some actual e xamples of statistical calculation examples as they are performed on your calculator .
E-85 Example 2: The nearby data shows how the weight of a newborn at various numbers of da ys after bir th. 1 Obtain the regression formula and correlation coeffi cient produced by linear regression of the data. 2 Obtain the regression formula and correlation coeffi cient produced by logarithmic regression of the data.
E-86 Base- n Calculations (BASE-N) To perform the example oper ations in this section, fi rst select BASE-N ( N 2 ) as the calculation mode. k P erforming Base- n Calculations When you press N 2 to enter the BASE-N Mode, the current setup appears on the display as sho wn below .
E-87 A Hexadecimal V alue Input and Calculation Example Use the follo wing keys to input the letters required f or hexadecimal v alues (A, B, C , D , E, F).
E-88 Example: To convert the decimal value 30 10 to binary , octal, and hexadecimal format ox (DEC) 30 E i (BIN) 6 (OCT) l (HEX) k Specifying a Number Base for a P ar ticular V alue Y ou can specify a number base that is different from the current def ault number base while inputting a value .
E-89 A Example Calculation Using Base- n Specifi cation Example: To perform the calculation 5 10 + 5 16 , and display the result in binary o i (BIN) z 1 (BASE-N) 1 (d) 5+ z 1 (BASE-N) 2 (h) 5 E k P e.
E-90 Example: 1111 2 xnor 101 2 = 11111111111111111111111111110101 2 1111 z 1 (BASE-N) c 6 (xnor) 101 E A Complement/In version (Not) Returns the result of a complement (bitwise inversion). Example: Not(1010 2 ) = 11111111111111111111111111110101 2 z 1 (BASE-N) c 2 (Not) 1010) E A Negation (Neg) Returns the two’s complement of a v alue.
E-91 Example: To assign the values A = 5, B = 3 and A = 5, B = 10 f or the expression 3 × A + B b 3* S 0 (A) + S ' (B) s (This displays the v alue assignment screen.
E-92 A Displaying Comment T ext on the V alue Assignment Screen Y ou can use the following syntax to add comment te xt to an expression y ou input with CALC: "comment text" : {calculation expression}. The comment text will appear in the top line of the value assignment screen in place of the e xpression.
E-93 . (This displays the v alue assignment screen.) Assign 0 to Y : 0 E Assign 1 to A: 1 E Input an initial value f or X (Here, input 1): 1 E Assign –2 to B: - 2 E Specify the variable y ou want to solve f or: f (Here we want to solv e for X, so mov e the highlighting to X.
E-94 • Due to the characteristics of Newton’ s Law , the follo wing scientifi c functions tend to make it diffi cult to obtain solutions . - P er iodic functions (lik e y = sin( x )) - Functions.
E-95 A Expression Editor Screen The expression editor screen appears fi rst when you enter the T ABLE Mode. Y ou can use this screen to input the function of variable X, which will be used f or generation of a number table.
E-96 A Number T able Screen When you press E in step 3 under “Specifying the Start V alue, End V alue, and Step”, the calculator will perform the number table calculation in accordance with the function expression, start value, end v alue, and step that you ha ve input, and displa y the result on the number table screen.
E-97 Register the function expression: E (This displays the tab le range screen.) Input Star t = 1, End = 5, and Step = 2: 1 E 5 E 2 E Create the number table: E (This displays the n umber table screen.) k Number T able Creation Precautions The precautions for n umber table creation are identical to the RECUR Mode precautions.
E-98 A Searc hing for a Built-in Formula b y Scrolling thr ough the Menu 1. Press G . 2. Use c and f to scroll through the built-in f ormula names until the one you want to recall is selected.
E-99 Use the e and d keys to scroll the f ormula right and left. Press J or w to return to the screen that was display ed before you pressed z 6 (LOOK). k Built-in Formula Names For details about the calculation f ormula used by each built-in f ormula, see <#09> in the separate Supplement.
E-100 No. Displayed Name Formula Name 30 Conv / Y / Y Conv ersion 31 Coord Calc Coordinate Calculation (Direction Angle and Distance) 32 CosinTheorem Cosine Theorem 33 Coulomb’sLa w Coulomb.
E-101 No. Displayed Name Formula Name 69 LR S-CirImp Impedance in LR Series Circuit 70 LRC P-CirImp Impedance in LRC Parallel Circuit 71 LRC S-CirImp Impedance in LRC Series Circuit 72 MagPolF rcExr F.
E-102 No. Displayed Name Formula Name 109 SimpHarmMot2 Simple Harmonic Motion (2) 110 SimpP endCyc Cycle of Simple P endulum 111 SineTheorem1 Sine Theorem (1) 112 SineTheorem2 Sine Theorem (2) 113 Sin.
E-103 • Here you can ex ecute the user formula you just sa ved by pressing w . 4. Press J to close the Fmla List screen. 5. Press , 5 (PROG) to enter the PR OG Mode. 6. Press 3 (EDIT). • This displays the Prog Edit or Fmla Edit fi le men u. • If the Prog Edit fi le menu is displa yed, press e to change to the Fmla Edit fi le menu.
E-104 A Formula Editing Screen Operations The formula editing screen is used f or saving a built-in f ormula under a new name, f or editing a formula, and f or creating a new formula. Y ou can perform the following oper ations on the formula editing screen.
E-105 k Program Mode Overvie w A Specifying a Program Run Mode Whenev er you create a new prog ram, you need to specify its “run mode”, which is the calculator mode where the program will run. There are three run modes: COMP , BASE-N, and Formula.
E-106 The follo wing are the formulas for determining the surface area (S) and v olume (V) of a regular octahedron when the length of one side (A) is known. S = 2 ' 3 A 2 , V = 2 3 ' A 3 The follo wing program prompts for input of A and then outputs S and V in accordance with the abov e programs.
E-107 E (This will display a prompt f or input of a value f or variable A.) Input 7 for A: 7 E (This displays the calculated result of surf ace area S.) The ^ command in the program causes it to pause and display the calculation result up to that point.
E-108 A Program Commands Selecting z – {PROG} on the progr am editing screen will display a menu of progr am commands that you can use f or command input. z – {PROG} Note • The program commands that appear on the menu for input depend on the prog ram run mode.
E-109 4. Use e and d to mov e the cursor around the program, and perform the required operations to edit the contents of the program or to add ne w contents. • Y ou can press 1 f to jump to the beginning of the program, while 1 c jumps to the end. 5.
E-110 Pressing J will display the prog ram editing screen, with the cursor located at the point where ex ecution was interrupted. A Using the Prog Command to Run a Pr ogram The Prog command can be used to specify a program fi le name and run that program directly from the COMP Mode or BASE-N Mode.
E-111 Note The mode that the calculator will enter automatically when you clear an error message depends on the program’ s r un mode, as sho wn below .
E-112 A Adding a File Name to “Fa vorites” Y ou can add the fi le name of an often-used program to “F avorites”, which will cause the name to be display ed at the top of the fi le screens. Operation Procedure 1. On a fi le screen, highlight the name of the fi le y ou want to add to “F avorites”.
E-113 To delete a program with this run mode: Display this screen: COMP or BASE-N Prog Delete fi le menu Fo rm ula Fmla Delete fi le menu 3. Use c and f to mov e the highlighting to the name of the program you want to delete and then press E . • This will cause the “Delete File?” confi rmation message to appear.
E-114 Example ? → A : A 2 : Ans 2 ^ (Output Command) ( 1 x ) Syntax <statement> ^ <statement> Function P auses program e xecution and displa ys the result of the current ex ecution. The Q symbol is turned on while program ex ecution is paused by this command.
E-115 Note These commands evaluate the e xpressions on either side, and return 1 if true and 0 if false. A Jump Commands Goto ~ Lbl Syntax Goto n : .... : Lbl n or Lbl n : .... : Goto n ( n is an integer from 0 to 9, or a var iable name from A through Z.
E-116 Example Lbl 1 : ? → A : A > 0 S ' (A) ^ Goto 1 A Control Structure Commands: If Statements The If statement is used to control program e xecution branching according to whether the expression f ollowing If (which is the branching condition) is true or f alse.
E-117 For ~ T o ~ Step ~ Next (COMP) Syntax For <e xpression (star t v alue)> → <variable (control v ariable) > To <expression (end v alue)> Step <expression (step v alue)> : <statement> : ... <statement> : Next : .
E-118 Function Ex ecutes another separate program (subroutine) from the current program (main routine). Subroutines Main Routine Lev el 1 Lev el 2 Lev el 3 Lev el 4 • A subroutine can be called up as many times as y ou like from the main routine. A subroutine can be called up from any number of main routines.
E-119 Return (COMP) Syntax ... : Return : ... Function Returns from a subroutine to the program from the program that called the subroutine. In a main routine, this command ter minates the progr am.
E-120 Cls Syntax ... : Cls : ... Function Clears all e xpressions and calculation results from the display . Locate Syntax Locate <column number> , <row number> , <v alue> Locate <.
E-121 A Clear Commands Y ou can input data clear commands from the menu that appears when you select z – {CLR}. ClrStat Syntax ClrStat Function Clears all list data (List X, List Y , List Freq). ClrMemory Syntax ClrMemory Function Clears all v ariables (A through Z) and Ans memor y to z ero.
E-122 Important! List X, List Y , and List Freq correspond respectiv ely to the X-column, Y -column, and the FREQ-column of the ST A T Mode’ s ST A T editor screen. Function The List command is used in combination with X ( S 0 ), Y ( S . ), F req ( z – {ST A T} 1 (LIST) 2 ) to perform the operations described in parentheses, abov e.
E-123 Display Format Setting Commands Fix (COMP) Syntax ... : Fix < n > : ...( n is an integer from 0 to 9.) Function Fix es the number of decimal places (from 0 to 9) for output of calculation results. Sci (COMP) Syntax ... : Sci < n > : .
E-124 A Base- n Commands Dec, Hex, Bin, Oct (BASE-N) Syntax ... : Dec : ... / ... : He x : ... / ... : Bin : ... / ... : Oct : ... Function These commands specify the number base f or Base- n calculations. Signed, Unsigned (BASE-N) Syntax ... : Signed : .
E-125 A Tr ansferring All Programs 1. P erform the following operation on the receiving calculator (Receiv er). N c 1 (LINK) 2 (Receive) • This will put the Receiver into receive standb y , which is indicated by “Receiving... ” on its display . 2.
E-126 3. On the Sender , use c and f to mov e the highlighting to the program you want to transf er, and then press 1 (SEL). • This will cause a “ ' ” mark to appear to the left of the fi le name, indicating that it is selected for tr ansfer .
E-127 To perform the example oper ations in this section, fi rst select MEMOR Y ( N c 2 ) as the mode. • This will display the Memory Manager screen, which provides a menu of the diff erent types of data in memor y .
E-128 3. Repeat steps 1 and 2 as required to select all of the data names y ou want. A Selecting Specifi c Data Items within a Folder 1. Use c and f to mov e the highlighting to the name of the data folder that contains the data w ant to delete. 2. Press E to enter the folder .
E-129 Sequence Operation T ype Description 1P arenthetical Functions Po l (, Rec( ∫ (, d / dx (, d 2 / dx 2 (, Σ (, P(, Q(, R( sin(, cos(, tan(, sin –1 (, cos –1 (, tan –1 (, sinh(, cosh(, ta.
E-130 • Multiplication and division, and multiplication where the sign is omitted are the same pr iority (Priority 7), so these operations are performed from left to right when both types are mixed in the same calculation.
E-131 Functions Input Range cos x DEG 0 < | x | < 9×10 9 RAD 0 < | x | < 157079632.7 GRA 0 < | x | < 1×10 10 tan x DEG Same as sin x , except when | x | = (2 n –1)×90. RAD Same as sin x , except when | x | = (2 n –1)× π /2. GRA Same as sin x , except when | x | = (2 n –1)×100.
E-132 Functions Input Range ^( x y ) x > 0: –1×10 100 < y log x < 100 x = 0: y > 0 x < 0: y = n , m 2 n +1 ( m , n are integers) Howe ver: –1×10 100 < y log | x | < 100 x &a.
E-133 Error Message Cause Action Math ERROR • An intermediate or the fi nal result of the calculation falls outside of the allowab le calculation range. • An input value is outside the allowab le input range. • Y ou are tr ying to perf orm an illegal mathematical operation (such as division by zero).
E-134 Error Message Cause Action Memory ERROR • An attempt was made to recall data (list, matrix, extra v ariable, formula va ri able, etc.) that does not e xist.
E-135 k Before assuming malfunction of the calculator ... Pe rf orm the following steps whenev er an error occurs during a calculation or when calculation results are not what you e xpected. If one step does not correct the problem, move on to the ne xt step.
E-136 • Nor mally when you replace the calculator’ s batter y , it stores its current memory contents in fl ash memor y and restores them after battery replacement is complete.
E-137 6. Slide the battery cover bac k into its original position, and secure it in place with the screw . 7. Press the P b utton on the back of the calculator with a thin, pointed object to initialize the calculator .
E-138 MEMO.
E-139 MEMO.
E-140 MEMO.
E-141 MEMO.
E-142 MEMO.
E-143 MEMO.
E-144 MEMO.
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