*The contents of this manual are subject to change without notice. 0 +No part of this manual may be reproduced in any torn without the express written consent of the manufacturer. *The manufacturer assumes no responsibility for claims from third parties for loss or damages arising through the use of this calculator or manual.
Section 1 Configuration and Operation Key markings Modes e Manual calculation modes 9 Display .. .1 Two-tier display . Display symbols Exponential display Special display functions Handling Precautions Power and Battery Replacement . Replacing batteries . To replace the memory backup battery Ta replace the main battery .16 Auto Power-OFF function ., Nomenclature and Functions . Before beginning Calculation priority sequence Number of stacks Number of input/output d Overflow and errors ..
Editing programs Program deletion Program search Filename sequential search . Sequential search of program line: Direct search Scrolling right and left in filenames and program lines Program execution Execution through filename search Execution by pressing Aborting execution Program debugging (correcting errors) .
[ Section and Operation | Before using this unit for the first time, be sure to press the ALL RESET bunion on the back of the unit *Flow of Operations (Be sure to read this) In contrast io standard electronic calculators, the keys on “scientific” calculators often perform more than one function: The following explains how to use these keys, so it's 2 good idea to read this section carefully before using your calculator for the first time.
# Display modes Fix mode Specifies number of decimal places. ("Fix” symbol appears in display window when this mode is selected.). Sci mode Specifies number of significant digits. symbol appears in display window when this mode is defected) Norm mode Cancels "Fix” and “Scl” specifications. This operation also changes the range of the exponent display (see page 12). *With the exception of the BASE-N mode, modes can be used in combination with the manual calculation modes.
M Display symbols Selection of these modes can be carried out by pressing BEIGE, when no specification The display window features symbols which light to indicate the present operational stash been made for the number of decimal places or significant digits. tus of the f-4500P. The present status is not displayed, so iris necessary to perform the following procedure to spicily either display format: 1eaz0068 — | 1/200 n n {Format &) _, [ 17200 ®E@E hyp WRT @m LSD B3 Fix Sei Eng 0.
*Hexadecimal numbers ABCDEF12 AbGAEF12 ¥ |[Indicates ABCDEF12,; (= —1412567278,0)] vigesimal numbers 12.58244 129 342 [Indicates Lt Depress Mi sows Sweatbands [ Handling Precautions N *This unit is composed of precision electronic components, and should never be disassembled. Do net drop it or otherwise subject it to sudden impacts, or sudden changes in temperature. Be especially careful to avoid staring the unit or leaving it in areas exposed to high temperature, humidity or large amounts of dust.
W To replace the main battery (D Press the @ key. Then remove the two resews on the back of the unit and remove the back cover. (@ Remove the screw holding the battery pressure plate (screw and then remove the battery pressure plate. Remove the ofd main battery from the unit. (This can be done easily by turning the unit s0 that the battery compartment is facing downwards, and then fitly tapping the unit.
B[ Nomenclature and Functions W [Ty T RRE TR, ~—Display window Alphabet key Second shift monkeyshine Key Function command keys Delete key Power switch All clear key Numeric keys Other command keys: -Arithmetic operation keys Executes key Answer key Exponent key & Shift key Press when using the function commands and functions marked fn orange on the key panel, An 5" will appear on the display 1o indicate that has been pressed.
GI vl mode (F553]) Used In combination with &) key. made (EBE] *When the @@ key is pressed in the COMP mode, LR mode or SD mode, the following functions are specified: BB (convene- Interring Founding This key operation rounds the internal value {value stored in the Y register) to 10 digits. Note that this also rounds the result that is produced by the Ans function. In the FIX and SCl meres, this key operation changes the internet value to the form specified for value display. ..
Cara, Answer/CAPA/Space key *Press [ followed by 8 to recall the last calculation result. *Hold down following key o display number of remaining steps in program. +Press following key to input a space. B0 Delete/Insert key *Press [ to delete character whets cursor is flashing. Deletes character o left of cursor when cursor is to the right of the last input character. *Press following key to display the insert cursor ( T ).
P Fractions/Judge command/Negative key +Used when inputting fractions and mixed numbers. Example| To input% press 23EEE45: To Input 2%, press 2E3E4: *By pressing & in succession, the displayed value will be converted to the improper fraction. “When pressed after pressing BB key, “judge” symbol “ % *, used in executing Jump command, is input. For details, refer to page 112 +Press in the BASE-N mode prior to entering a vales to obtain the negative of that value.
n L{fl@ Store memory/Integer/Constant term key +Press prior to inputting alphabet character when inputting calculation results to memory. *Press B8] key followed b key prior to inputting number in order to obtain integer part of that number. .
M Number of stacks This unit features a memory known as a “stack” for the temporary storage of low priority numeric values and commands (functions, efface. The numeric value stack has nine levels, while the command stack has 24. If a complex formula is employed that exceeds the stack space available, a stack error (Stk ERROR) message will appear on the display. w 311181811418 L @ Ee Numeric stack value Command stack *Allegations are performed in the order of the highest calculation priority first.
M Number of input characters This unit features a 127-step area for calculation execution. One function comprises one step. Each press of numeric and 3 keys comprise one step, Though such operations as key) require two key operations, they actually comprise only ane function, and, therefore, ably one step. These steps can e confirmed using the cursor. With each press of the (& or & key, the cursor is moved one step. Input characters are limited to 127 steps.
T ] Section 2 / Manual // Calculations Basic calculations Memory .
[‘Section Manual Calculations »For mixed basic asthmatic operations, multiplication and division are given priority over addition and subtraction. [l Basic calculations W Arithmetic operations «Arithmetic operations are performed by pressing the keys in the same order as noted in the formula. «For negative values, press [ before entering the value. 1 Example Operation Display (Lower) 3EI5E6E 33. 7TESR4EI5E 886. 3E4EE5E6EE 6.6 Example Operation Display (Lower) 23E34.505308 ~25.5 S6E3C) 122,58 268.
M Percentage calculations W Specifying the number of decimal places, the number of significant digits and the exponent display Example N v Operation Display (Lower) «Ta specify the number of decimal places (Fix), press [l followed by (2, and then a *Percentage value indicating the number of places (The “Fix™ indicator will appear on the 26% of $15.00 158328 3.9 display.
(Three 20004731468 decimal places specified) FEO(FI(E) (Calculation continuous with 10 digits) 200 A7 G 1468 1f the same calculation is performed with the specified number of digits: 2000476 {Value stored internally cut off at pacified decimal place.) 7)) 123m x 466 =56088m =56.088km 783 ~0.07488kg 14E8 (Specification collocated) 123834562 = 78E30.96E G 400, 400.000 Fix 26.571 Fix Tuppence «B.57142857 x _ Fix 400,600 Fix 28.571 Fix 28.571 Fix Upper) 28.6571 x _ Fix 398,994 Fix 399.994 56088. 56.088 3 74.
B= 56088 I a variable expression is entered, the expression is first calculated according to the values stored in the variable memories used in the expression. The result is then stored in the variable memory specified for the result. Inputting the results into memory “C”: AxB_ sic) C= 6898824. g _ 6898824.
To check the current number of expanded memories, press #5 followed by @8 and &8, D EE Dem 30. To initialize the number of memories (to return the number to 26) enter & zero for the value in the memory expansion sequence outlined above. a0 Be) Dem @ 0. *Though & maximum of 137 memories can be added, if a program has already been stored and the number of remaining steps is less than the desired expansion, an error {Mem ERROR) will be generated and expansion will be impossible.
(2) Independent memories «Difference between FE(H] and [, B, Addition and subtraction (to and from sum) results can be stored directly in memory. Both EBM and @EE] can be used 1o input results into memory, however when the Results can also be tantalized in memory, making it easy to calculate sums. (HIE] operation is used, previous memory contents are cleared.
Il Special functions M Answer function This unit has an answer function that stores the result of the most recent calculation. Once a numeric value or numeric expression is entered and B8 is pressed, the result {the answer in the case of numeric formulas) is stored by this function To recall the stored value, press the (i key. When [ is pressed, “Ans” will appear on the display, and the value can be used in subsequent calculations.
(Continuing) 132 &9 13.2 169. M Replay function This function stores formulas that have been executed. After execution is complete, pressing either the &) or (& key will display the formula executed. Pressing () will display the formula from the beginning, with the cursor located under the first character, Pressing (& will display the formula from the end, with the cursor located at the space fallowing the last character.
14/10x 2.3 14/10x2.3 3.22 M Multi statement function *The multilateral function (using colons to separate formulas or statements) available in program calculations ¢an also be used for manual calculations. =The multi statement function allows formulas to be separated by colons (B8} to make consecutive, multiple statement calculations possible. *When & is pressed to execute a formula input using the multi statement format, the formula is executed in order from the beginning.
[ Scientific function calculations H Trigonometric functions and inverse trigonometric functions | *Be sure {0 set the unit of angular measurement before performing trigonometric function and Inverse trigonometric function calculations. +The unit of angular measurement {degrees, radians, grads} is set by pressing followed by a value from & to (goo% radians = 100 grads) *pongee 2 unit of angular measurement is set, it remains in effect until a new unit is set.
78202 =1.305111829x 10~ %' ~4=10 *x¥ and ¥~ given calculation 2x3.4%% 87 = 3306232.001 078123126 233664 mAF priority over x and /. 2E33.. 5836.7DE 1.305111829"* 10. 3306232.001 M Performing hyperbole +The following operation is anvil carry out calculation after pres: sing BB followed by ic and inverse hyperbolic functions lid in the BASE-N mode. When in the BASE-N made, Example Operation Display (Lower) sing 3.6 = 18:28545536 En3.6 6 18.28545536 cosh EHES1.23600 1.856761057 tang FRIENDLIES 0.
E Permutation and combination *Total number of permutations *Total number of combinations =_n! = angry +The following operation is invalid in the BASE-N mode. When in the BASE-N mode, carry out calculation after pressing followed by Example Operation Display {Lower) Taking any four out of ten items and arranging them in a row, how many different arrangements are possible? 10P4 = 5040 PEDRO 4 5040.
M Fractions #Fractions are input and displayed in the following order: integer, numerator, denominator, Example Operation Display {Lower) 2 1 231912 2@5EIH1EIE 341320, =3.65 {Conversion to decimal} [ 3.65 *Fractions can be convened 1o decimals, and then converted back o fractions. 456 i1 375 =813 (hectically 3@4B6E 78R 8411413, continuity) DEED 11513, *Fractions and improper fraction lobs which can be reduced become reduced fractions whets the calculation command key is pressed.
[l Binary, octal, decimal, hexadecimal calculation [l +Binary, octal, decimal and hexadecimal calculations, conversions and logical operations are performed in the BASE-N mode {press »The number system sel by respectively pressing corresponding symbol — “b", “o", "d” or “H” appears on the display. »Number systems are specified for specific values by pressing then the number system designation immediately follows by the value. s General function calculations cannot be performed in the BASE-N mode.
Block 2 coma* Brock 3 1060011 cwoo01100101 * Block 4 mooa® * 1900011 catacomb- * (Block 2] {Block 3 {Block 3} {Returns to Brock 1) {Re tums 10 Block 4 *In the octal mode, Block 1 is displayed immediately after calculation. Block 2 displayed, by pressing the B key. The block display switches between Block 1 and Block 2 each time you press the key. The 2-digit symbol display at the upper right indicates the black presently being displayed.
W Negative expressions , Basic arithmetic operations using binary, octal, decimal — and hexadecimal values Example Operation Display {Lower) Example Operation Display (Lower) =) &= expressed 101115+ 11010, = 110001, alas E1100108 11001::12 10111E31101068 © 00110001 *© &g # anon BAA 5 DF 5= AB8 BATTED © 11 e 1284 % ABC 15=37AF4 15 EHE)123E3ABCED 00037AF4 How is 724 expressed =228084 45 = 228084 ¢ negative? 726 © 377 o 1F2D 16— 100 49 = 7881 44 ENE1F2DE100E 7881 ¢ =1EGY4g & H How is 3A s expressed ive? .
M Logical operations Logical operations are performed through logical products (and), logical sums (or), negation (Not), exclusive yogic sums {xor}, and negation of exclusive logical sums {nor.
Example 4| 30E05007120E)81 To delete 120 B 31, press 0. 305087120 delete 120 GAE) 31 EY, press TIED. Example 6| To delete 120 B3 31 press 120 B0G) 31 GO, Example 7] (1067 31 To delete ] 20 67, press 7 20-ES (R FED. Note: You need to press BB to delete a calculation result, such as v26. Speedometer To delete (7)) 20 67, press 7] 20 Frieze) 1 @1, «Performing calculations. The following procedures are used to perform the various standard deviation calculations.
H Regression calculation In the LR dime, calculations including linear regression, logarithmic regression, exponential regression, and power regression can be performed. ® Linear regression Linear regression calculations are carried eut using the following formula: y=A+ Bx. *Data input 1. Press BR(2) to specify the LR mode. 2. Press ERASE to clear the statistical memories, 3.
Example Operation Display (Lower) s Temperature and length of a steel bar EHE] ~ “LR” (Memory clear) & Temp. Length o i 10(21003E1 10. 1590 +005mm 15100583 15. 2000 1010mm 200101063 20. 25°C 101tmm 259101163 25. 30°C 1014mm 30010146 30, Using this table, the nonresistant term A} 997.4 ion formula > soon formula and Coronation | 1w compass o) BTG 056 Based on the coefficient for. | Corr station coefficient £y 0.982607368 maul, the length of the steel {Longish & 18°0) FRENZIED 1007.
# Exponential regression Exponential regression calculations are carried out using the following formula: y=Ae¥ {Hinayana +Bx) s Data input 1. Press (2] to specify the. LR mode. 2. Press BEHEADED to clear the statistical memories. 3. Input data in the following format: (D)8 *To make multiple entries of the same data, follow procedures described for linear regression, however always press (In) before inputting y data.
| | s Performing calculations The following procedures are used to perform the various calculations.
Value input for variable #Using formula memory in creating tables 7 By inserting possible ko write multiple formulas. This makes it easy to create 58 : tables, such as the one shown below. o Complete the following table: P=AxB | Q=AB ! 427 117 8639 } 817 648 76. ; 6.07 9.47 ; 271 4.36 *Press B key in place of B8 key to execute calculation. ‘ 198 .62 When formula is displayed, corrections or alterations can also be made. | Solution) Example 2] Changing ~12] to | [Em(E) 2 Formula displayed Meme o 8 .
[ES] Q=A/B 5E8 AUNT PRICE 1.2603024§9 500. . — “Text which is over 12 characters in length is shown from the left and followed by a & A? To view the all of the text, use the (& and &) key to scroll left and tight 37 [Example] write formula [A “SINGLE UNIT PRICE” x B] fo memory: {Continuation omitted) EVERREADY) CORNEILLE ~IT PRICE” xB_ | HOMOEROTIC . | BERIBERI
Text can be assigned to a variable memory used in a substitution formula by enclosing the text in double quotation marks. Then when the formula is executed, the text appears on the display. Example | Write [A “ANSWER” = 123 x 456]: ENR] ERm) — ANSWER = 56088. Text which is over 12 characters in length is shown from the left and followed [Example] Write [A “ABCDEFGHIJKLMN" = 123] to memory: B IR R SEEDIER ~ G (i) ABCDEFGHIJK= .. 123.
; e M Examples of operation [ Section Calculation +integration calculation can be carried out by entering the integral calculus formula in the following format: Beebe D@ L Talus of » when number of divisions N=2" Ending point L-stating point ¥ Jason, @ by Y= [Proxy dx, N=2+ "! /i N equal parts «Integration calculation s performed using Simpson's rule to determine function f(x).
Example 2] Calculate the following, omitting specification of the number of divisions: dx (3] (Specify input) 1(2J3(3] » input 3 (Calculation executed) e @(H) flog X, o ~log a Answer displayed in approximately & flog X,1,3) || sends 0.56277 (a=5) J= 0.56277 | [Purina 0.477121254 @) —86— ® Application of integration calculation integrals or results of integration calculations can be used in arithmetic calculations. Example | 2x ete.
ft fax a X K= Jia) M Notes on integration calculation *Press [ key during integration calculation (when display is blank) to abort calculation. *Integration of trigonometric functions carried out in “E" mode «This unit utilizes Simpson’s rule for integration calculation. As number of significant digits is increased, extended calculation time is required.
T [ Section Program Calculation Il What is a program? ' This unit has a built-in program function that facilitates repeat calculations. As with the “multi statement function™, the program function fetch you executes series calculations in a series. In addition, the programs entered using this program function are stored in memory as individual files, under filenames. Whiz system lets you search for and edit programs quickly and easily.
W Writing programs When the filename is displayed in the WRT mode, press the (B key (or key) to display the first fine of the program, and begin writing the program. 3 (or @) When you've finished inputting the first line, press the & key to register 1o first ling GOING UP F1 WRT @ F1 L1 WAT ] @ t Indicates program line number Example | input 4] as the first line in the program: you want io input a second line, programming automatically moves to the secant line.
58 94 [l Program correction, addition and deletion I 105.9 . g Inserting lines u? To insert a line between iwo existing lines, display the fine just before the place you want " 50 to insert the new fine. After inputting the desired program, press the B3 key. Inserting a line at the beginning G? T6 insert a line at the beginning, display first line by pressing the {f key and then press 9.8 the [ key once again. After inputting the desired program, press the 8 key.
k # Registering filename As the object is dropped In this problem (instead of being thrown up, as in Problem 1 presented previous, input “COMING DOWN" as the filename. ® Calculation formula The following formulas are used to calculate the velocity “V”" after "T" seconds, as well as the distance traveled “H” after "' T seconds, with “U” representing the initial velocity when the object is dropped, “T” representing time, and “G” representing gravitational acceleration.
*Mote that edited programs are not registered in memory until F5) key is pressed. If B8 key has nol been pressed, the previously registered program 169 08— F L3 Quirt B F1 L3 WARE B ~ F1 L WAT B ~ F1 L3 WRT o will flit be held in memory. B COMING DOWN $=GT 59.8 @ 6 54.9 a —99— $-GT 29.4 79.4 o2 194.
H Program deletion Press ed Bi lo specify the WRT mode. As with program editing, display the line containing the program you want to delete and set the unit for siting (BT symbol appears on display). Next press the [ key or B key and then the EE key. The displayed line will be deleted.
O GOING FIEF PROGRAM F3 & 8 "Note that if you press the [ELE key when the last filename is displayed, the last filename remains displayed. Also, if you press ) Il when the first filename is displayed, it remains displayed. *Yau can specify the RUN mode after the display has been cleared (by pressing the key), during display of 2 calculation result, during input of a value for a variable, or while text is displayed.
WRT WAT pressed when program is displayed, the last line is automatically displayed and input of new lines becomes possible. Z F1 13 WRT = E Direct search # Direct search of filename By inputting the firs! character or characters of a filename (up to 127 steps) and pressing the @B key, it s possible to search for an.individual filename directly.
Notes on Direct search function *The in nCr and “C” used in the BASE-N mode canon! be searched simultaneously. The same is true for the P of “Pol (" and the letter W Scrolling right and left in filenames and program lines When filenames or program fines contain more than 12 characters, use the (& and keys 1o scroll to the right or lat, ~In the WRT mode, the cursor flashes allowing editing of the filename or program.
Execution by pressing After passing Feg, Input the filename and press the B8 key to execute the program. Execute the “COMING DOWN” program: B Aborting execution Press the key 1o abort execution while a program is sing executed. The first filename then appears on the display. By pressing the BB key in place of the key, execution is aborted and operation returns to. the "Manual calculations” status.
*Label names can contain alphabetic characters, numbers, functional commands {sin, cos, elect, etc., however they may not contain delimiter codes elect) *Label names may be comprised of up to 126 steps. Rewrite the program used in Problem 1 using the “Gore 0" and “Lbl 0" commands to allow repeat calculations: The program used in Problem 1 {presented preview GOING UP lousy) is shown to the right.
The relational operator is a comparison symbol. There are 6 types of relational operators: Left side = right side (left side equals right side) Left side % right side (deft side does not equal right side) Left side 2 right side (left side greater than or equal fo right side) Left side < right side {left side less than or equal to right side) Left side > right side (Left side greater than right side) Left side < right side (left side less than right side) The is displayed when are pressed.
H Subroutines A program contained in a single program area Is called a “main routine™. Olen used program segments stored ini other program areas are called "subroutines”. Subroutines can be used in a variety of ways to help make calculations easier. They can be used to store formulas for repeat calculations as one block to be jumped to each time, or to store often used formulas or operations for call up as required.
9.8E3 168 169 (Continuation omitted) T? 0. o 40.2 em ® 45.1 m B GOING UP:0,? 59.8 = 54.9 & GOING UP:0,? this way, subroutines can be used lo isolate the common portions of two original programs and store lymph in separate program areas. Steps are shortened, and programs take on a clearer configuration. M Pause command By inputting [Pause # (1= an integer between 0 and 8)] in the program, execution can be interrupted (paused) for up to 4.5 seconds.
The amount of time (approximate) corresponding to “Pause " {"n" being an integer between 0 and 9) is as follows: Pause time (seconds) | 0 [05| 1 |15 2 *“Pause n" is treadled as a single statement. M Variable input command When a value is input for a variable in a program, that value is stored in memory as a defined value. if it becomes necessary to input a new value for that variable, the variable input command &R, EBY) can be used to return the variable to its undefined status.
3E 79.4 194.1 o (Continuation omitted) *“Fixm™ is treated as a single statement, [ Remaining program capacity | ] The program capacity of this unit is 1103 steps. The number of steps indicates the amount of storage space available, and it will decrease as programs are input. The number of remaining steps will also be decreased when steps are converted to memories. (See page 41.) *Basically, one function requires a single step, but there are some commands where one function requires two steps.
b. Recasting data First, call up the filename “TEL DATA".
PROGRAM LIBRARY 1. Prime factor analysis 2. Greatest common measure 3. A©Y transformation 4. Minimum loss matching 5. Cantilever under concentrated load 6. Normal distribution . 7. Numerical solution of an equation (Newton’s law) 8. Quadratic equation 9.
_CASIO Program SHEET program fer Prime factor analysis ° 1 Line Program Notes | Umber of steps Description F1 14 Prime factors of arbitrary postie integers are produced. u For 1
CASIO PROGRAM SHEET Radiogram for No. o9 Greatest common measure 2 Pedestrian Euclidean general division is ser to determine the greatest conman messieurs for two integers sand b, For al, [bl< 109, positive values are lake as <10' overdrew > ae=rmax {lal, 81} admin (ial, bl) g me=re= | s ramie kw It 240, then the greatest common measure {c} will be #e. 1. Example W @ <@y When -238 a=23345 a=522952 5-9135 b= 3208137868 4 + c=1015 98 Preparation and operation #Store the program written on the next page.
CASIO PROGRAM SHEET No. 3 Program for To. A« Y transformation 3 Number Program Notes of Steps Description (COORS Yoa 55 Ree Abs Ryo Ribs Irate Raa Re Ry Rew Res 7 Reread Re fly c| 2 Ri+Ra+Rs R 7 o RRi Rew Beret R Era ALB 105 Rt Rzt Ry R« BiC 7 Example Re=100 (9) 132 Re=47 Rs=150 (0) : 135 . Rs=82 (2) Re=220 () TR e Preparation and operation Z ! 185 #5105 the program wilted on the need page. Lt 18 #Execute the program as shown below.
CASIO PROGRAM SHEET To. Program far Minimum loss matching " 4 Description Calculate Ry and Ry which match Zy and Z4 with loss minimized. {Zoo Z1) R A Minimum toss Alleluia log z, Example Calculate the values for Zo=5002 and Z, = 2008, Preparation and operation fore he program twentieth on the next page. execute the program 55 shown below, Step| _Key operation Display Step| Key operation Display X EERIE | o O LOSS MATCHING 500 21? R1= 5 200E8 | M7 sagas 1088807 & A LIMN = 7 5.
_CASIO Pro Cram SHEET Number Cantilever under concentrated load 5 Program Notes | of stops Description Young's modulus [gimmick] Geometrical moment of inertia fumy) Distance of concentrated load from 29 support frm) P i P Load [ky) Distance of paint of interest from the suppose [m} 56 Detection y [mm), Angle of deflection s (2}, Bending moment M {kg-mm} P Dr>a @ xze Sean (shearing load WSW] M= P (x-a) (shearing load WSW) Pyramid P : P 101 Example 4000 gym What ere deflection, Anglo of diffraction, bending m
CASIO PROGRAM SHEET ) Program for Na. Normal distribution . . 6 Description Obtain normal distribution function & (x) {by Hastings' best approximation) @ [ prod ¢ (ye-gt fer dept v art v et o) P=02315419 . Cy= = 1821255978 Ca= 0.3565B3782 Example Allocate the values and Preparation and operation Stare the program millennia on the nex: page. *Execute the program a3 shown below. Step| Key operation Display Step| Key operation Display DISTRIBUTION 1188 0.880999696 Peeress 5 1.
oy CASIO PROGRAM SHEET Program for Step 1 Ky operation Quadratic equation Display Step 142 Key operation No Display Ling PRONG Program —~143 8 Notes Number aof steps
_CASIO crampon SHEET Program fer o, Number Line| BEER Program Notes | 1 steps step | Key operation Display Step| Koy operation Display Expanded memories 20 .
M Error messages at-a-glance Input ranges of functions Message Meaning Countermeasure Function Input tangs et | Accuracy Notes Ma ERROR D Calculation exceeds range operation. Cheek the input numeric value i sin {Deg) As a rule._ However, for tan x: @Calculation is performed ou. | 8N cortege i When using cos |(Rad) jeremiad |12 digits | SOCKEYE TS | x| w90(2n + 1) Deg side the input range of memories, check that the Rutan | (Gra) 1x|< 1 graded Rather i lxdwnfo@ny 1) Rad function.
Function Input range Accuracy Nate | Function input range o b es 110 Values naffer variable within following range: @7 ogh, ¢ As a rules, Dec: -2147483648 sxs —1 (negative) o [Rerxo® 12 s | 200Uy s 0752147483647 (0, positive) °" | Hexadecimal display: the Bin:
M Specifications Model: x-4500P Calculations Basic calculation functions: Negative numbers, exponents, parenthetical (with priority sequence judgment function — true algebraic logic).
