{ *The contents of this manual ars subject to change without notice. Mo part of this manual may be reproductive in any form without the express written consent of the manufacturer. *in 1o event will the manufacturer and its suppliers be fable o you or any other person for any damages, expenses, lost profits, lost savings or any other damages arising out of use of or inability 1o use this calculator or manual.
I CONTENTS Introduction About the Power Supply . Replacing batteries ; To replace the main power supply batteries To replace the memory back up battery . About the Lute Power OFF friction . About the Low Battery display .. Handing Precautions . Section 1 General Guide Key Markings How to Read the Display .. Display indicators About the 2-line display Exponential display Special display formats .
To read stored data To sit stored data To execute an integration function Using the Complex Menu About complex number calculations To input complex numbers To perform complex number calcification . To calumniate a conjugate complex numbers . To extract the real number part of a complex number To extract the imaginary number part of a complex number To perform rectangular-polar coordinate conversion . Gesticulating inverse numbers; square roots; and squares of complex numbers Using the BASE-N Menu ..
*Never try to recharge the batteries supplied with the unit, o +Do not expose batteries to direct heat, lot them ¢, { @ become shorted, or ry to take them apart. o Keep batteries out of the reach of small children. If swallowed, consult with & physician immediately. Mt Yo replace the main power supply. batteries [important } Do not remove the memory back up battery from the calculator while the main post supply batteries are removed.
M About the Low Battery display it you use the calculator afar the “Low battery” message appears, the message will be cleared from the display, but it will reappear whenever you press the 8o key. it power is switched off by the Auto Power OFF function while the shove condition exists, pressing the key restores battery power and displays the “Low battery!” message. [ Low matter? 2x3 [Low battery! on Your calculator is made up of precision components.
Section 1 General Guide _Key Markings How to Read the Display Key Layout _Key Operations _About the Menus About the All Reset Operation
[ Section 1 W) General Guide ] = Before using this unit for the first time, ba sure to perform the All Fie set operation described W Display indicators on page 34, important} A number of indicators appear on the display to let you know the current status of the The keys of a scientific calculator perform more than on function. The following explain 2@ & lance. &l of the operations of sate key, and sa you should read this section carefully before using your calculator for the first time.
H About the 2-line display The 1-5500LA is equipped with a 2-sine display, which shows 16 characters in each fine, As you enter a formalism, it appears in the upper line. Then when you press the &9 key, the formula remains displayed as the result appears in the lower line. Bering menu operations, the upper fine of the display shows the result of key input or a calculation, while the lower fine shows you a menu of available functions, Example 1] Display 3.14526437 V2443 8.
[ Key Layout INTEGRATION T Oi Ta function keys Cursor Keys Scientific function Kay Rawer ON/OFF/ All clear key Elate key Numeric quays. Arithmetic operation keys Execute key Answer Key | Key Operations Shift Key *Press this key 1o access the functions marked on the keyboard in orange. The (8 indicator on the display indicates that the keyboard is shifted. Pressing 8 again shifts the keyboard and clears the {8} indicator from the display.
WHEEZY Display Format Mani This key operation enters the menu used for specification of the display range for calculation results. IEEE Contrast Adjustment Menu This key aeration sterns the menu wed for adjustment of the display contrast, i1 .. Clear Menu This key operation enters the menu used for clearing of memory contents. S C Calculation Menu This key operation sterns the menu used for formula memory function operations.
«Adler you press the B3 key following input of & calculation or value, these keys became REPLAY keys. Press [5) to display the calculation farm the end, or (110 display it from the beginning. You can then execute the calculation again, or you can edit the talcum: son and then execute t. See page 56 for details on the REPLAY function, e @ Fraction/Negative Key *Use this key when entering fractions and mixed fractions.
Power Prefix Symbol 10% peat P 107 tear T 10% gigs G : 108 mega M 10* kit k 1072 will m 190 micro » 10°° anon n 1077 pic o 10 feta t Example | 12.34569 12.3456 18t operation of ERGS 12.3456 o 2nd operation of EER 12345.6 3rd operation of SR 12345608, 4th operation of R 12345600. | (N change) Recall/Engineering Key *Pres this key and then enter an alphabetic character to retail a values from the specified by the character (page 40).
\ important) ¢ “Lathing happens when you press a function key that does not have a function key ind actor whorish on the display. *Switching power off while @ sub-menu is displayed and then switching power or again. displays the Mods Menu used 1o select the previously displayed sub-menu. M Using the B key Basically, the f8 key.is used to.back rack through. menus, until & Mode Mel ts (eased More specifically, you can use the B key for the following operations. «Tg back track through menus.
Tie following fuss the 10 hamstringing symbols hat are available in ths mode Symbol | Prefix | Rawer peat 0% tear 1% » To use the SCl mode (1} Press GEE to display the Display Format Menu. (2) Press [ to enter the SGI mode. ) Enter a value from [8] through [3] to specify the number of significant digits. Once you make this specification, the “SCI" indicator is shown on the display.
I — {Displays the Display Format Men) MY FIX SC1 NORM ENG 1500 (Switches ta the NORM 1 more. ) z2.» ®To use the ENG mode (1} Press GO to display the Display Format Menu (2} Press () to switch between the ENG mode on and off [Example] To perform the calculation 123 x 456 56088 and use the Display Format Weeny 1o switch the ENG mode display on and off. [123.a56 55088, @ 123x458 (Displays the Display Format Peru ) FIX SC1 NORM ENG ® @ e 123x456 (Switches the ENG mode on ) 5.
(2) Pres (5 to select Sul and clear the statistics memory. The display is also cleared. * To clear the formula memory {1} Press EFFIE o display the Clear Menu. Mcl 8¢l CAL ARR = ® (2} Press 0 1o select CAL, and a confirmation . CAL ALL CLEAR message appears on the display. YES N Boe (3) Press [ (YES) to clear the formula memory and the display. Press Bl (NO) to abort the clear operation. ® To clear the matrix and simultaneous equation array memory are (1) Press @80 display the Clear Menu.
(2) Press one of the following quays {0 select engineering symbols from the second men. k kil 10 M megs 10° G gigs 10¢ @ tiara 10% B P peat 10" For further details, see page 66. Il [ About the All Reset Operation The Ali Reset operation clears all data from the memory of the X-5500LA.
*When functions with the mass priority are used in series, execution is performed from Fight 1o let. SANS Einstein) Otherwise, exaction is from left to right, ~Anything contained within parentheses receives highest priority. 8in2s? {in the “Rad” mode) €2 2. o W Number of stacks This calculator uses & memory known as a "stack" for temporary storage of low priority numeric values and commands (functions, etc.). The numeric value stack has 10 levels, while the command stack has 24.
*When 2 complex number calculation is attempted while variable memories N through Z contain calculations (Mem ERROR). *Wuhan an attempt is made 10 uss an illegal dimension during matrix calculations (Dim ERROR). Most of the calculator's keys arg inoperative while an error message is displayed. You can resume aeration using one of the two following procedures. +Press the B8 key to clear the error and return to normal operation. »Press display the error (see Error position display function on page 57).
2.36% GOOEY] A 123, | EE 2.362 362 i sin 2.36 ! ™ | 123. | *The space crated by the G aeration Is indicated the display. The | when & calculation is displayed, the result of the calculation is stored in memory. function or value that corresponds 1o the next key you press is inserted! at the location A of the "7 " To exit the insertion without inputting anything. either nave the cursor, press To store the result of 123 x 456 into memory “B™ BB again, or press .
f d dent memories dependent : er\pd “subtraction results can be stored directly into memory. Re suits can also pe tantalized in MEMORY. #E) t= To store 123 into independent memory: 6868824, DEE 123. * A Sin ERROR 1s generated when an attempt is mads to input a substitution formula {such misstatement {Such and the existing memory: 123 contents are retained B = 123, input in a format such as 5= log” stores the result of the calculation into the specified memory Recall memory data.
*Difference between EBB) and &7, R fixation symbol bout the multi i i 1 omit the Talbot 8B and 8, G0 can be used to store results it memory. However when ER(%) 5-10?9 +his calculator fetch you enter calculations as they are written, you ¢a 1s used, previous meaty contents ars cleared. When [, BET is used, the value is season symbol in the following cases. N ) fins 24994 10 of subjected from the value n memory.
[ Section Manual Calculations . I [ Basic Carnations I W Arithmetic operations *Arithmetic operations are performed by pressing the keys in the same sequence as in the formula. *For negative values, press [E before entering the value. Example Operation Display —255 23E34.58953@ ~25.5 B8 {~ 2.5)= 268.8 SEEIEDT12LAEN2. 56 269.8 12369 % 7532 x 74103~ 12369E3753263 6.903680613 10 "% 7410368 £.903680613 ¥ {6903680513000) (85X 4.5 75E312.351) = 1.
M Percentage calculations Operation, Display *Premium and discount calculations carton be performed in the ENG Mods. To perform PN & premium or discount calculation, fist press FRENZIED to exit the ENG Mode. See page T NORM) 1E2 10006 . 66 for details. IR a0 BEER 0.001 Example Operation Display “Tre NORMATIVE specification remains in effect until you *Percentage change 269 of §15.00 15E3266T 5 3.9 2004714400 20087 14E 400. s archival lives ) EERIE 400,000 “Premium . 15% increase from $36.
Ml | Memory Calculations ] M Variable memories *The 26 variable memories can be used for storage of data, constants, and any other numeric values. Example Operation Display 193. 260N 2308 84 Leeway 6.9 BRI 46 258th i 9EI6ED 7. 7620838 48, TR 1.425 “The same tracksuit can be produced by nets 4 7 TINS, ¥ online ORI Independent memory *Values can be directly added to or subtracted from memory.
the result of 78+6= 1% M Continuous calculation function g | To square Even If calculations are concluded with the EE key, the result obtained can be used for 7 (EYED 7818 further calculations. Such calculations are performed with 10-git mantissa of the dis. WO 13. played value. Example | To calculate 3.14 after 3x 4 (Continuing) 13.2_ BEE 3x4 12. 2 1 168, (Continuing) 12.13.14 Hood e 12.13.1 playmate function ! 3 8421 656851 This faction stores the latest formula executed.
Example | 4.12x3.58 1 6.4 4.12x3.58 7. BE®E 21.1498 Seldom & 7.6486 *As with the numerable of input steps {see page 38}, the replay function can accept input of up to 127 steps. *The replay function is not cleared Sven when GFF, so formulas can be recalled oven afire [Example] s pressed or when prows is tried s pressed. 123 <456 56088. @Error position display function hyphen an ERROR message appears, press or (3] to display the calculation with the cursor located at the step that caused the error.
&g 848.7 m Trigonometric functions and inverse trigonometric functions B sure to set the unit of angular measurement before performing trigonometric function and inverse trigonometric function calculations «Zec page 26 for details on changing the unit of angular measurement. scientific Function Calculations J Appears on display when © 4" is used. = Al3 Nee a unit of angular measurement is sef, it remains in effect until a new unit is set. 38.4375 Settings are not cleared when power is switched OFF. +The.
= 36.53844677° = 36932 18.4° *It the total number of digits for VIDEOED 8 ERED0.T41ED ERE degraes/minutes/seconds exceeds 11 digits, the high-order values (degrees and minutes) aes given display priority, and any lows-order values are not displayed. However, the entire value is Stored within the unit as a decimal value. 0.9y 2.5EATERLD0.8 6 0.9 38.53844577 M Logarithmic and exponential functions *The operations noted below cannot be performed in the BASE-N Menu. Example Operation Display 1og 1.
T m Coordinate transformation «Your calculator lets you convert between rectangular coordinates and polar coordinates other functions (v, x*, x~%, x/, ¥, Ran#) *The operations noted below cannot be performed in the BASE-N Menu, Example Operation Display V2 4% = 3.65028154 DS 3.65026154 R 2EEEIIENEE HEREIN S ERE 54, 717 12 DERISIVE) 374 thoracic) 12. x8) BEH A 48320, = 40320 SR AZN 4G =42 EBEIOI6EI42E945 e 42 Random number generation {pseudonymous number from 0.000 10 0.999) €% 6.
. M Permutation and combination *Total number of permutations *Total number of combinations 7P L #Gr= i n-rt A *The operations anted below cannot be performed in the BASE-N Meany.
I Engineering Symbol Calculations ] engineering symbols can be incorporated info calculation. «See pages 23 and 33 for details on selecting engineering symbols. Example Operation {splay EEE ~ “ENG” 909k (Kilo) + 25k (kilo) 999 HEEHAW T IFFINESS 25 EEe ) = 1.024M {mega) W 18244 1024000, ERIE “ENG” 100m {smith Su (micro | 1008 (60 5o EER EDS 8 =500n {anon} Ebeneezer 5,0 ENG” 9 (mil} 9%A10EE 900.
Cross @ to display the calculation result, At this point, pressing a calculation operation key (€3, uses the displayed result as the first term of a manual calculation. Press [ fo calculate the formula again. Enter a new value for X (8 for this example) and prods &, Press [£8 to display the calculation result. g X CAL YeX2+3X+12 108. “While variables are Shawn in the lower line of the display (in step §, above), you can press the B8 key followed by a function key to display that variable.
Cross BEGET to store the formula info formula execution memory. Cross () o recall the formula farm formula execution memory. Press [ to execute the formula. Al this time the display clears and the first set of variables that require. values appear on the lower tine. Enter values for each variable, pressing the applicable function key each dime. Press [3] to scroll to the next st of 4 variables. Enter values for each variable, pressing the applicable function key each time.
— ®To scroll through formula storage memory contents Seep] = Y-AZ 1B t 1N OUT CAL SET f IN OUT CAL SET mmm' @ Y-AZ+B f IN OUT CAL SET [Exabyte ] IN OUT CAL SET B @ = —{important |*The formula storage memory has & maximum capacity of 1,085 steps {see page 78), Note, however, that this memory is shared with matrix and simultaneous equation operations, This means that the actual amount of formula storage memory available is loss when matrix or simultaneous equation data is stored.
* To execute a formula storage memory formula Fore you can execrate a formula stored in formula storage memory, you must airstrip it 10 formula execution memory. Example]| To execute ¥~ A%+ B, which Is stored in formula storage memory. Pres to display the Calculation Meany. Press 7 to display the formulas stored in formula storage memory. Usa the (2] and () keys to scroll through the formulas until displays. Press {10 copy the formula from formula storage memory fo formula execution memory.
Press B8 to execute the formula again, fom the beginning. Enter 8.17 1 to input the next value for A. Enter 6.48 1o input the next value for B. 6.48 AB CAL = B Press ) to display the result of the first statement. Papa 52.9416 L Press & to display the result of the second Q-AB statement. 1.260802469 Repeat the above procedure unit afl of the required values are calculated. M About memory capacity... The memory of the ix-5500LA can hold up 1o 1,095 steps.
[ Section Scientific Library Function ] The x-5500LA gives you a set of useful Scientific Library Menus that let you pey ram complex calculations quickly and easily. [ About the Scientific Library Menus N The following are the 6 Scientific Library Menus provided by the f-5500LA.
MTo clear the matrix memory Press Eight show the Clear Menu, Press [ to specify Array Memory clear. Press 1o clear the memory. “Press BONE} to abort the clear operation. Mel Sci CAL ARR ARRAY ERASE? YES “You should always clear the matrix memory before using the Matrix Menu. *The above matrix memory clear o specification is made (see below) manically clears the memory. MTo specify the matrix size Press TESTATRIX) to display the Matrix Menu.
Note the following operation of the cursor ke {3 Solis up. 1t the top row of the matrix is displayed, no up stroll is performed. B Scrolls down. If the bottom row of the matrix s displayed, no down scroll is performed. Se rolls deft. if the pointer is at the far deft of a row, pressing this key scrolls 10 the line above, with the pointer at the far right of the fine. Serology right.
BTo edit matrix data [Example To change matrix A o the following contents, Press VINDEMIATRIX) to display the Matrix mxfi — o Menu, Press @) again to display the contents of [ 1 matrix A A To specify matrix B, you wound press ain 21 22 23«24 A wom e a Enter B3] as the new value of the ell -2 71 22 23424 Press 7 21 22 23424 Performing Matrix Arithmetic Operations Yau can use matrix A and matrix B contents in addition. subtraction and multiplication operations.
[y {Moves to next matrix line § 21422 DENSE ) ) (Sec and fine of matrix {turns 1o Mattie WTo add matrix A and matrix 8 in the Matrix Menu, press (55 to add matrix A and matrix 8, storing the results in matrix & Use view the results of the addition which ase now stored in matrix c. E(+) 3 {Result of component 11412 {Result of component 11 124 (Resit of component 21422 ® @ {Result of component 21 224 w oW The displays results indicate that the contents of matrix C are as follows.
fi—_— MTo multiply matrix A by matrix B | ample | To perform the following operation. I the Matrix Menu, press 58 to multiply matrix A by matrix B. storing the results in Matt such an operation is proforma by breaking it down into 2 parts. Usi £, (3], 21, BBl view the results of the multiplication which are now stored o Mary ~ the multiplication operation first.
? Enmeshed ) | BE)m Alumina] ! w B 1412 WEB (e HEIE2)E0S) 5 FRu oD RECIPIENT Bela en ESL) 8. 1412 (Result component (1.1} 412 you use (8, (59, B o view the results of the multiplication in matrix ©, you wit find the following. it you use view the results of the addition in matrix G, you will find the following. ‘) 21y 1os 4 (o
= (Result of component (3,1} {Result of component (3,2 = {Result of component (33)) I | Ether Matrix Operations 1 Pressing [FG {OF) in the Matrix Menu displays the Matrix Operation Menu. MATRIX KA AV[Al AA-BC The following are the meanings of options available in this menu. 1 (kA . Returns the scalar product of matrix A. EBAY Transposes matrix A, B (Al Returns the determinant of matrix A. By Returns the Inverse matrix for matrix A. 68 (A~B) Exchanges the contents of matrix A and matrix B.
— *layout uso view the results of the calculation in matrix G, you wil find W7o calculate the determinant the following, This operation calculates the determinant of square matrix KA=C= Example | To calculate the determinant of the following data.
“ “Note that the determinant can be calculated for square matrices only, A “Dim ERROR™ Input component @s1. whine this operation is attempted with a may ix that is nol 2 Square matrix, {iyE) 11412 L "The fallowing formula fs used to calculate the determinant for a 2x 2 matrix, , o lan an Input component @re. 1412 i w oW *The following formula is used to calculate the determinant for a 3503 matrix. ! Input component @ar.
v——‘ *Matrix A™" (which is the inverse of matrix A} satisfies the following conditions. AAI=E ( 10 ) Following the above operation, you can use the following procedures to check the consents of each matrix. a1 The following applies to the inverse matrix of 22 square matrix {Rasta of component (1,1} 11412 forswore, whom, ad-ibex " a 1 124 % {Result of component o & :’To exchange matrix A and matrix B contents s operation exchanges the contents of matrix A and matrix 8. Il traduces a “Di 2.
S B8 kA Axial AA-B Copies the contents of matrix C to matrix B. Press £ to ropy to matrix A, EEE 6. nan 224 *The matrix copy operation deletes the previous contents of the matrix you ropy to, *The matrix copy aeration does not affect the contents of matrix C. Matrix operation precautions o *Calculation of determinants and inverse matrices uses the elimination method, so errors (such as dropped digits) may ba generated.
you press @) and press a function key below a variable, the values currently assigned o that variable appears on the upper fine of the display. [F) —“1*Use (8 and (3 to scroll through the solutions. The arrow at the bottom of the display indicates that there are mare solutions off the bottom of the display. No arrows appear on the display in the case of single solutions. " Results that are complex numbers cannot be used in subsequent calculations.
This screen is used to input the components. Eat) 11412 wap g @ The abase operation enters 2 for cell (1,1, Proceed as follows for the other clefs. GE0E0EAATIEE Y D D Ors) 8 BEEN) DEE)EDEE)EEEs) Use B to return to the Equation Menu. *Ab is the enlarged coefficient matrix. specifying the number of unknowns clears all existing matrix data. ~Matrix Ab for simultaneous equations and matrix A for matrix operations share the same memory.
Uss the following keys to stroll through the contents of the matrix. 0 Scrolls up. If the top row of the matrix is displayed, no up scroll is performed. 11412 Se rolls down. If the bottom row of the matrix is displayed, no down stroll is performed. 31432 Se rolls fell If the pointer is at the tar left of a row, pressing this key scrolls to the line above, with the pouter at the far right of the line uzn‘ bier Serous right.
WTo perform an integration Example | Perform the integration for j 2 tin) dx. . SIS [INTEGRATION ™1 INTEGRATION Linty Biden i INTEGRATION EEN our iTe Biden The above operation stores the function and rectums 0 the Integration Meany, Steps 5 and 6 specify the range 1 through Loy pog Aided) [0 outta b dine This step specifies the number of divisions. [Nybble 5 ; i Loy boe *if you do not specify the number of divisions, the cal d .
{important +Pressing the B key during calculation of an integration (while the display s seared) interrupts the calculation, *Always perform trigonometric integration using radians as the unit of angular measurement {see page 26). +integration calculations use variable memories G through L for storage, deleting any contests that may be already stored. This also means that you cannot use these var. able memories during integration calculations.
Il _Using the Complex Menu ] Press BEIEDICMPLX) 1o display the Complex Menu. COMPLEX L R2P I Rel Im{ The following are the complex number operations that are available from this menu. B For input of imaginary number unit i, ER-P) Converts between rectangular coordinates and polar coordinates. +*Rectangular coordinates *Polar coordinates ¥ Ply) + Pal Rec X i Bizet) . Calculates conjugate complex numbers. FR(Re(} Extracts real number part of complex number.
[Example 2] (3-21) # To extract the imaginary number part of a complex number ‘This operation extracts imaginary number part —2i from compile number 1 2% (i) MODELING BEEBE HATE G2 WES (IO SWEETIES WTo calculi i 0.1 This B ou ate a conjugate complex number Dls Operation calculates the conjugate complex number a -bi for complex number a + bi.
> T Calculating inverse n umber, square root of complex numbers o * The following shows the kes i i 'y and basic operations that are required to numbers, square roots, and squares of complex numberless EULAs verse Inverse Number BRE) . Dal@eFHEnE Square Root Betaken ) Square EHE) {Adenoidal) s and squares Example 1] To calculate the inverse number for (3 +4i). OKEECHOBEE [TEEN ] & RGP I0 Bet 8.12 ~0.161 Example 2] To calculate the square root for 3+41). BREEDER o ReP ozl Example 3] To square (3 + 4i).
*Integers ably can be used in the BASE-N Menu. Values that include decimal nines cannot be used in the BASE-N Menu. *Alt decimal parts produced by calculations are cut off. s of exp. M About block displays Binary operations can be performed up 10 32 digits.
Example 4| To negate REFFED. By ) EEEF®E® W About calculation ranges Binary Values Negative : 000DOCOD 00DCOO0G FE-S A EARNER IR REFERS H ERRRERERIRRERRRALE Positive 14111 11¢ Octal Status Negative : 5 x < Positive Decimal Values Negative : ~ 2147483648 Positive 2147483647 Hexadecimal Values Negative : BODYWORK = x 5 Positive ~1Z6— -[Using the Statistics Menu ] Frost INTERSTATE) to display the Statistics Menu. STATISTICS 0 Tne following are the statistical operations that are available from this mean.
WTo input data To input the following data. Outlet Sales A 120 B 145 120 ozm NOT) Repeat this procedure to input the remaining data rems. EXTINCT) MELENDEZ) MTo specify multiple data entries The following procedure can also be used to input the 2 occurrences of data 120 in the above table. OE@EHE 120;2_ DT (L ; CAL = ® = The (2 input after the semicolon specifies 2 occurrences of the same data. EOT) 128 DT CL ; CAL repeat entries The following procedure is lase available for repeat entries.
-~ Pressing (L) in the SD Calculation Menu displays the Data Sum Men. Ext The following are the operations that are available from this menu. FH{Ex Sum of squares of data Bum of data Number of dad The fallowing example shows how 1o use sate of these operations. The resits produced by the following operations are based on ihe data input from the table on page 128. Fix) :m—' X on ona 166. X on ona Bon) xon_ X on ona 29.22327838 X on ona Eon-1) Tomas 32.67261851 X on gna Yxt Zxt —130— 68458, ® ol B é‘;i 538.
DEATHS) k) EERIE) [ Using the LR Menu . Pressing ELROY) in the Statistics Menu selects paired-variable statistics {regression}, tics My P i regression; ang ot %o The fallowing are the operate Moy g ions that are available from this menu. S(CU « . Clears data. () Used specify multiple data entry. CALEB) Displays the LR Calculation Meme B To input data Example] To input the following data. Math English 132~ ERIE EOD Repeat this procedure fo input the remaining data Hems.
*To clear any data that you have already stored by pressing E(DT), re-enter the data {including semicolon and number of input specification if applicable), and then press the CLUB) key. Example 1] 10[D40E0OT) 20(7J20EN0T) 30[Z130EDT) 400150 To delete 40(7150, press I3, Example 2| 30130EN(DT) 40(ZI50F(DT) To delete 40(Z150, prods FICKLE.
Pressing E(Y} in the LR Calculation Menu displays the ¥ Data Calculation Men, 3 yon yon The following are the operations that are available from this menu 5} . Mean of y data Population. standard. deviation.of.y.data Sample standard deviation of ¥ data BT) . Displays the ¥ Data Sum Menu. Pressing E8(Z) in the ¥ Data Calculation Menu displays the ¥ Data Sum Menu. L > kvt Ly vy The following are the operations that are available from this menu. FY(E .
@ Calculations The hollowing shows e operations that are fireguard to produce the various resells ava able with logarithmic regression. Operation Result anE Constant term A ) Regression coefficient B Bl Correlation coefficient Estimated vale of ¥ Estimated value of » When Spinx in the logarithmic regression formula, the formula is equivalent to finer regression formula y=a+ by, Because of this.
B [ Appendix | Input ranges of functions Internal . s M Error messages at a glance Function Input range g | Accuracy Notes Message Meaning Countermeasure s (DEG) rite, p} . accuracy ERROR | »Calculation exceeds range of | +Check input numeric value and cos | {RAD} cad Lights U e Vi #2120 1), BAD operation. correct it When using tan {GRAY ot 10%grad 10 digit v 1002« GHA «Calculation performed outside | Memories, check that numeric . : the input range of a function.
Function Input range Accuracy dotes 4 b o<1 0107 o bsb. LTI g | PAPACY s S 5 display 2GS at the Hexadecimal) display. Fan) | permittivity habit 12 10°% < virology < 100 GO an integer) Howe var: 131019 < 3 logic <100 vl om0 0 j loge-< 100 g Ly el seed integer However; 110 Log v <100 v Re suits | Total ef integer, numerator and denominate must e | within 10 digits (includes { vision marks) ur hazelnut Resell displaced as fraction for integer when n tiger.
= 36.63844577°¢ R 8 EEO.THE e /40 RO GRS ISR R, BT TREASURERS LOGS R B BN, 36.53844577 2.5E0EER0.0 = BE013 158" EE0 (RN WHISPERER LUF R ERE B -NID log 1.23 E1.2088| 0.08990511144 8990511144 x 1077 190 (logo) = 449980967 EIDER 4.48980967 109456 < In456 456 ERASER 9.4342044819 =0.4342044819 {Biogen e MM 4764 clog 4=log 84 _log E6BEIE 3 10" = 16.96243652 G 1.236 16.98243652 (B R O 23R 452900171313 A58 90.9171313 SRR 10%e "t e 1.2010%° P4 RPN = 422.5876667 1.2B380152.95 4225878667 5.8692.388 §2.
BUF R A SRR SRR, L LY MBPFEFRAOLRCEEER IRB TR EET DR TR, BULL STOREFRONT AW, SORROW TR TS, Fall SRR RNE B LT ERRS, PEELER, BEE Ry, T SRR B A 73 ZEBEDEE 550 STEEL— RN A MRS, REE (MATRIX) RESURRECTIONS [ WATKINS SERRIED, xOp Fps L RENE AERATE BRI, 412 REU DR 11 12413 VEER 1112 13414 +82= R, URGE 280 B2 LR &2} B50, HRu R3O R, )0 RARER S, RS & WEER B, 40080 83« a 112 13 144 21422 2122423 28Rk 23424 244 owm “I! 3 31432 32433 33434 3132 3338 11412 $3.2) 33 @4 {113 {3.
e WA NEE R IRE EH HARE AR A al boo ix 10100 0zb, ¢ X =2 Bk, FO fir g st HER slag < 100 YRE [£3:3 syllogism <100 ¥2 00 el [LEVELER imw 0, n BERK B 110 Login <100 TEMPLE Benign B RE Axletree X107 8D 12100 ik ACHE T x 10 Ibo 101070 {AC BD <1101 BC! < 1w 1010 DI <1 X 100 1BC + ADI < 1 167 (A< 1 X 10100 1801 < 1 510100 1000 BC< 1w 101 LAD <1 % 101 1BC AD <15 1070 T2+ 0050 GEetx10% 07y x 100 €24 D7 1 1070 B2 161 TR AR BANES A B E Dec: 2147483648 < x5 2147483647 Sin: 5 x (o) Bxx=0MIITIIITTH I 1191 1L, T8 Oot: x <
