fx-375ES/915ES/995ES
Contents
1. e e2. 3 1 DS
3. Ans ERROR 40 BASE N 3 1 CONST 2 2 01 40 e 2 DI Math CH Tn FHT Hm ed L2H e 76 3 co 1 eoo COMP CONST eg in CQNST 4 299792458 K mam gsl We ol wm gl es oa mm ig seogsmm lml gg
4. ER 15 14 10 2 14 0X2 D Fath ERRUR 1 4 KE CC 1 fll to 14 0kKa ho 2 31 X2 Ki
5. K3 STAT STAT 45 Type STAT 2 Data STAT 3 Edit STAT STAT Edit 48 3 Sum Sum STAT 4 Var Var 6 MinMax MinMax 3 Sum 4 Var 6 MinMax
6. K3 Ag 4X3 2 5 14 5 4X3 7 1 4 9 UNE 4 3 3 5 1 5 49 Ans PreAnSs 3 Ans Ans Mr Ge ML M FT cd STO 15 Ans
7. 9 CLR A Setup Yes C 2 5 4 2X 3 NE 2054 4 2x 3 K3 sin cos V 0 SIn COS tan Sin cos tan sinh cosh tanh sinh cosh tanh log In e 10 Y 3Y Abs Pol Rec dax Z II P Q R arg Conjg Not Neg det Trn Ref Rref Rnd Ranlnt GCD LCM Int Intg fx 915ES fx 995ES 3 x lt
8. COMP CMPLX a 2X 3Y 5B 37 2AX 3BY C b a X Y X X Y c 1 1 WM CA a Y 2X A X2 X 3 anri an 2n al 1 az a5 ae 3 a3 7 a4 13 a5 21 unNe CE ED Y WM eg f TTgH AM Sel Y 2 am NCA CALC Hr al 1 A 1 a2 29 COMP
9. nttDp edu CaSIO jD RJA526564 001V01 CASIO K 2
10. S cd STO TO ac STAT CMPLX MATRIX MAT fx 915ES fx 995ES VECTOR fx 915ES fx 995ES Fix Sci Math COMP
11. f x 30 f x g x 20 66 x 0 X 3 TABLE x e TABLE e TABLE e TABLE x TABLE fx 915ES fx 995ES VECTOR
12. 51 5 Distr Distr Reg 9d 2 Sum 8x 2 3 zx 2 VCar An 2j 3 o ox 77 4Js sx 2 MinMax 1 minX 2 maxX 49 fx 995ES 3 Q1 1 4Jmed 5 Q3 3 3 Distr
13. OE ddd 1 ik 3 ee 6 lt 8 9 ee 13 i 17 Lk 19 COMP es 21 23 ee 24 lt 27 fx 915ES fx 995ES COMP 28 29 COMP es 30 lt 32 ee 41 CMPLX 42 STAT ee 44 z BASE N es 54 EQN ee 57 fx 915ES fx 995ES MATRIX 59 TABLE 65 fx 915ES fx 995ES VECTOR 67 fx 995ES INEQ 71 fx 995ES DIST
14. Ans a 24 a CMPLX Ans 2 PreAns 2 PreAns 0 Ans Ans PreAns PreAns COMP PreAns Ans 3 X 4 30 LUINE 3 4 EE 3 9 EE Ans 2 Ans 123 456 123 456 579 789 579 210 Line AE AE EHNS 9 ks g 3 PreAns Tkrz Tkri rTk
15. 3 jd 86 5 Math ERROR e e e e 0
16. 1 im MM INEQ e INEQ 1 TE 2 aX2 bX c 2 2 31 TPHT 3 32 aX2 bX c 0 e 7 4 e X2 2X 3 0 a 1 b 2 c 3 DI Math EE OE ee 5 e legcezo bz 2 oo 1 INEQ
17. e MATRIX e 5 MATRIX 3 STAT 47 K3 MatAns 62 1 MatAns 2 cd STO 3 e A B C MatA MatB MatC ww we
18. e oM oN a CLR A Setup Yes 88
19. DRGp 00 Deg Deg omey gO 90 mm kw DRG 2 K sinh 1 1 175201194 Ng tw sinh 1 1 1134 3 K3 log 16 4 log16 1 204119983 LLINE tog 2 em D C6 DJ EE lnqr1E1 1 HH11dH8H sg C1 C6 D EE 10 log r 2N200 se 2 le EE K3 3 2 X3 CMPLX CMPLX XY 3Y yY X2 X3 XX 2
20. _47 STAT 8 EDIT e Edii 3 Ins e STAT 1 STAT m 1 STAT 3 EDIT e Edit 2 2 Del A e K3 STAT STAT STAT 45 STAT STAT COMP
21. 3 s 8 Imam NE EE Tb 10 K2 8 _D1 K2 C 15 155 mm naae is a r 17100 a 100 2 0 02 a 2 150 X 20 30 150 xX 6 H
22. STAT FREQ 12 OFF ON STAT FREQ FREQ FREQ FREQ 1 46 GT REE OF 1fxX 995ES 40 2 fx 995ES 20
23. 10 11 3 Deg Rad LL 1 2
24. Stack ERROR e e MATRX VECTOR 2 UC Syntax ERROR e e Argument ERROR e e Dimension ERROR MATRIX VECTOR e
25. Variable ERROR X X e Cant Solve e e Insufficient MEM e f x 30 f x g x 20 Time Out e o7
26. LR44 2 TWO WAY POWER 1 hm Ad OFF e oN 2 3 4 9 CLR 3 AIl Yes
27. mr m log a b 10Axz hF sg 0 em m e Y GyY EhH Km 3 2 3 Ban x 1 z Bthm CD mr sm eg I AM es Abs Ehm hyg Abs DD fx 915ES fx 995ES Ag 3 1 2 3 4 Y DI Math 16 hm oey INS EAA Math
28. STAT cy LUP 2 Q 3 R 4 i P Q 7 R 7 P Q R x 4 N Xp Ort 0 7 Ort 3 EE EEIEO FREQ 112 1 212 121914 211 BEhm om 4 STAT 1 ON luooe 3 STAT 1 VAR 0 L 2 GE AE 5 6 Z EU oh EE DE 2 EGE AEE STAT 4 Var 2 EE 8 1 3 a ll hm 1 STAT 5 Distr Ll P 3 sr STAT 5 Dist 4 P1D Hb 50 3 LU STAT i Type 2 A BX y A4 ZX Sum 2 X 2
29. 2 3 X X2 X3 42 3 12 a 7 2 X V3 2V3 2i 3 464101615 2 a 93 9i une 3 464101615 2 7 2X V3 2vY3 27 4 30 em 430 ll 9 180 9 180 0 9 11 3 CMPLX
30. 84 1 10 1 1 DEG 0 x lt 9x109 0 lt 157079632 7 COS X 0 x 1x1010 sin x x 2z 1 x90 tan x RAD sinx x 2z 1 xx 2 sin x xl 2z 1 x100 Sin 1x COS 1X tan lx 0 x 29 999999999 x1099 sinh x 0 x 230 2585092 cosh x lt 10100 lt Vx 2 9Vr 0 69 x 0 lt 1x100 0 7 PP 1 fnl n r lt 1x101 C 0 lt 1x1009 0 7 7 NUT 1 nr lt 1x10 1 nl rn lt 1x101 Pole 9 999999999x10 9 ol x a V y 9 999999999x10 0 7 9 999999999x 1099 Rec sinx 85 lal b c lt 1x101 2 1
31. 11 3 STAT STAT 8 45 1 VAR ArBX CX Xx e X Y e STAT Type STAT 3 STAT STAT 1 1 1
32. 3 1 x e x e 3 14159265358980 hm Ko xr e 2 71828182845904 mM k 6 7 BASE N 32 K2 Deg HRad Gra 11
33. 1 428571428571 1 428571 Pi 1 42857 1 021 2 312 Dm DDD S 1 021 2 812 1 Math Ee 14 15 15 ON Norm Fix Sc Norm Fix Sci 0 142857 0 1428571429 Norm1 5 Norm1
34. aw ULI 1 968503937 6 31C F D Line OM my C8 Conv 1 En OE CC qp 3 2 5 cm in COMP NE 1 5 2 CONV 3 2 01 40 9 23 cm pin e 2 ER IN Fimber ds LUI 4 CMW1I lt 1 968503937 ie am No mm CC Fmm als lswlxew CT er lolwrmwe CC TT gal US gal UK US calwrs lslmw jslmsw osl err emlwswe os slwys jewlwrz em mee em ioreoo eglmewmrwg eolmerwew mr slsm 099 days 106 Nem dynecm dynecm Nem 81 154 cd m sb Ix ph 151 ypT 157 Ci Bq 60 Gywrad rem Sv ileyyed 163 Re C kg C kg R elmrR 1 mm
35. 1 3 3 3X3 wl 0 algisx Disp Disp 3 LLINE L 2 2 3 3 23 COMP Mop 1 CMPLX pH 2 BASE N og 4
36. COMP X Y X 5 X sin M X 3 B C XY C XY C 0 Y X 5 Y Y sin log e gt TIIC R Pol Rec fx 915ES fx 995ES e Variable ERROR yg 2 2 y 0 a 1 x x RM epl Y Ap cd AM OO CA DJ lg 2 sm DJ AM DJ X D 2 SOLVE Y Y
37. SD 9 G 9 e 10 e 99 1 1 1 0 123 4 1 3 8 20 OFF ON 41 COMP 7X8 4X5 36 LLINE zx 8 4 KE 2
38. 22Z 2 34 3 Gauss Kronrod EE 9 j In 1 e 1 ol TT Ln One 1 D EN DOX DIBED Fil hE LU BEhr DJ ko Ce DJ EE 3 1 C b ou Cl Au a a CS 0 NT 7 GO 7 Xdx 35 K2 y sin x
39. yan 1 94 2 COMP MI 0 STO 1 COMP FX SC Norm
40. 1 1 1 1 1 89 D 3 lg INS lu INS
41. 16 16 A B C D E F FA FB FC1 FD FE FF by eg Gimm bk an 16 1Fie 11e AC HEX HE DE nnnnnn2h 2 8 10 16 10 30ro 2 1 UUUUUUUUUUUT 1 TID 3 3 BASE 1 2 55 0000000000000000 0111111111111111 1000000000000000 1111111111111111 00000000000 17777777777 20000000000 2 x 2 37777777777 2147483648 2147483647 00000000 x 7FFFFFFF 80000000 FFFFFFFF
42. 2 CMPLX Conjg 2 37 CMPLX Conjg 1 43 Abs arg 2 27 wp Abs 242 mm CMPLX arg 4 3 BEhm 2 CMPLX 4 wa bi 2V2 45 2 2 2 ba 2 Ge C2 4 5 2 CMPLX 4 wa bi 3 2 CMPLX 83 mr STAT STAT STAT fx 375ES fx 915ES 1 STAT fx 995ES STAT DIST WT 1 STAT Ci 1 6 STAT STAT 3 Tn
43. 36 0 gt 7 ww 5b A a fla 1 7 3 gt X 1 1 5 20 nf los UM D eo 5 luNE hr le WM D ee DJC Ll em DJ D EE FCX 1 1 3 gt COMP x a Pol Rec Z MIC R fx 915ES fx 995ES 2 p 7 II fx 915ES fx 995ES 7 II 7 2 fa X Ka 1 X x f b
44. 7 Lower Upper o Area o Tail Left LisU N p LisU z x go gq gt 0 g Lower Upper Tail Tail Area 0 Area 1 List N p 0 p 1 25 X Ans e
45. 9 CLR A Setup Yes 3 4 30 3 4 sin sin230 6Em30D sin 30 60 69 3 455 60 3 455 be 3 27 18 DD sin 30 15 S VPAM sml30 15 15 5 ume 30D 15 15 5 sin 45 sm30 15 0 7071067812 95 CASIO 151 8543 1 6 2 SA1208 A 2012 CASIO COMPUTER CO LTD
46. fx 915ES fx 995ES COMP 10 3 1014 A a inia hr b gt FACT 32 4104676 22 X 10132 Sam FACT gr i102b1595 4 El FACT E e ENG e Deg Rad Gra Fix Sci Norm 28 Math ERROR Pol RHec R
47. 5 2 5 MmM R 2 LLINE 5 mM R 2 X 5 R2 R 2 cl STO D X X 2 zemg GR 10 2 ml 5 e 2 9 0 0 9 9 9 9 9 EE WM CR Z 20000000000 17 e CO R 2 gt 5 2
48. Rref 2 Rref Ki 1 4 MATRIX Dim e 2 3 e 3 e 3 3 1 2 e 4 e EQN 58 e K3 1 4 MATRIX 2 Data 2 3 3 3
49. 73 76 fx 995ES 78 es 79 kik 83 iii 89 ee 90 ee 90 94 96 MMMM 98 M OFF 1 SETUP GO 8 ACONT 5 2 3 Ed CITE T 3 CMPLX A
50. Z 2 c y V3 v2 _ 10V3 11V2 11 10_ 110 3 1 Y2 Y3 1 Y2 Y3 4 2V6 8 898979486 Y log3 V2 1 891334817 gl 0 909090 0 90 M Q Te G a 12 3123123 12 312 cy
51. EQN 2 1 X 0 5Y 3 2X 3Y 4 1 5 EQN EQN ait a 2 anX bnY cn 2 1 3 EL EE GE BE GE a 2X 3Y 4 57 4 eX EQN e X Y ECT EE lrbyroz d an ax bX c 0 2 aX bX cX d 0 3 K2
52. NA d h b o cmin 79 Conv 1 2 Tf e UU AtWt fx 995ES 2z 5A xA 3mp 4AtWt 1 x R mm or xor xnor 2 2 7 2 oO 2 x EE OD GE 2 4 83 10
53. tg CLR EA Yes sin rD3 SHIFT Ehm gm sin m INS ALPHA RM UM mM i03 e r CMPLX 42 DEC HEX BIN OCT r BASE N 54
54. CMPLX STAT BASE N 2 8 10 16 EQN MATRIX fx 915ES fx 995ES TABLE 1 2 fx 375ES 6 TABLE fx 915ES 995ES om Z TABLE L1 COMP 2 CMPLX 3 STAT 4 BASE N 5 EQN 6 MATRIX VECTOR VECTOR fx 915ES fx 995ES INEQ 2 3 fx 995ES DIST fx 995ES oogl HU NEG wooe Cm 2 J DIST COMP 3 1 e
55. e 2 x 5 4 e 2 X sin 30 2Xy 3 e 2xh123 e 20XA 2X rr 2Xz Ec e 6 2 1 2 6 2 1 2 6 A 1 2 6 A 1 2 1 2 3 sin 30 1 2 3 sin 30 e 6 27r 6 2r 2 2V2 2 2V2 4 2 4 2T e Pol Rec RanIn 2 ODD DY EE DI Math sin 30 X
56. 6 52 gt 3 ce x 2 y 3 3 Ehm 1 STAT Reg 0 F11457 y 3 3 sr 1 STAT 5 Reg 15 2 Tb x 2 2 Ehm 1 STAT 5 Reg 1 ddA TE 3 STAT i Type a In X y 4 In 51 3 e TAT LU Type 5 e X y 4e 9 51 K3 ab L STAT LU Type 6 A B X 653 y AB 9 51
57. mg CO Gab a A do 3 3 CMPLX A a bi 3 CMPLX 2 r 3 FREQ 4 STAT LU ON FREQ a STAT 2 OFF 3 1 0 5 TABLE CD f x 2 Ln Ax Xx Wa a TABLE 2 409 90 ia amp 6 Rdec 1 ON 6 Rdec 2 OFF 2 hr nm 7 Disp 7 Dot CE De Coma 12
58. Y 30 DI Math Y 0 we for 5 A 1 X DI Math mi w 1 414213562 Cant Solve K3 0 1 e y
59. 1 VYV No Solution Infinite sol Ag fx 91sEs fx 995ES MATRIX MATRIX 3 6 59 MATRX MatA MatB MatC 1 opgl 6 MATRIX e hatE 9 2 1 MatA i E at FT 3 2 2 5j 2 x 2 e A MatA
60. e e mm STAT DIST 2 Edit 1 Ins e 9 1 STAT DIST 2 Edit 2 Del A 110 11 12 13 14 N 15 p 0 6 13 LISL Ea 2 DIST 4 Binomial PD D hns BEP List mi 2 Var D bE MS GE iE 0 6 7 5 mi Hn PDD DR Tr hrl 5 1 1 9 x 10 0 1859 x 11 0 1267 x 12 0 0633 x 13 0 0219 x 14 4 7X103 N ad Pol Rec R g
61. 89 Kr3 10 aM a G13 LR44 X 1 3 1 1 0 C 40 C 80X 162 X 11 1mm 95g A B c B
62. MATRIX 61 3 VctAns VciAns K LHDim VctA VctB VctC VctA 1 5 VECTOR 1 Dim e 2 3 e 3 e 113 22 e 4
63. e e e 1 e 15 9 SE
64. A exp 2 mB 2 B n 1 2Xlny ZX2Iny V 7 2 Iny Ziny Iny In4 mx 4 3 LJ STAT LU Type Z A X B y AX 51 3 LJ STAT LU Type 8 1 X 12Xlny ZX 2Iny nL ZX r X A 9 51 BASE N BASE N 7 3 DEO x2 10 Dec 54 Ee i 9 In BASE N 10 2 1 12 B1II EE UUUUUUUUUOUOUUU ID BASE N
65. Ki VctA VctB 5 VECTOR 3 VctA VCTD 5 VECTOR 4 VctB 6 K3 3 Xx VctA Wecron wa K3 VctA VctB 5 VECTOR 3 VctA 5 VECTOR Z Dot 5 VECTOR 4 VctB WCt VEtB 70 K2 VctA Xx VctB 5 VECTOR 38 VctA VCTD 5 VECTOR 4 VetB n a 2 3 gt z 0 3 VctC VCTD Abs st 5 VECTOR 5 VctC D fx 995ES INEQ 2 3 4 2
66. G Gm STO M M A B C D E F X Y 3 A 3 5 3 5 rm cu STO OO A A cl OCA A B AM ECA CX eng bj B 26 3 0 A STO A 9 CLR 2 Memory Yes R
67. X 3 2 Y 2 4 Y 5 2xy X Y 6 2 X 3 Zjsx2y IX 2 XY 8 zr X 4 Var Jn 2 X 3 ox X 4 sx 5 Y 6 cy Y Sy Y MinMax minX X 2 maxX X 3 minY Y 4 maxY Y Req A
68. s HL sm LIPL 8 TRT a TAELE ECTOR fx 915ES fx 995ES fx 375ES e fx 995ES 2 2 e CMPLX 2 2 1 MthIO MathO MthIO 2 LineO 2 LinelO D LL TH STAT BASE N
69. 0 pc lt 1x101 60 0 00 x 9999999 59 597 x gt 0 1x10 lt ylogx lt 100 x 0 gt 0 0 m n 7 77 1x100 lt loglx lt 100 0 x gt 0 a m 0 m n 1x101 lt 1 logly lt 100 10 pn 83V J x nmPr 7Cr 1 0 x x lt 106 z gt 0 x 0 1x10 lt 1 x logy lt 100 Y
70. Fix Sci 200 7 X14 400 EN 3 re 28 571 2 o 9 RE 28 571 XL 399 994 40 2 GCD LCM GCD fn m LCM oo 28 35 LuiNE am GCcD D LEhr D Db EE 2 Int fx 915ES fx 995ES Int 2 3 5 LuNE egy Cnt Eo 3 LD EE K3 Intg fx 915ES fx 995ES Intg n 3 5 NE MM Intg BCL Db EE Eng Eng 3 3 Eng 1 234 Eng PE 1 234ns 123 Eng LUINE Li 2 3 Gy 159 n
71. 24 Stack ERROR 3 CMPLX 1 2 CMPLX 5 MATRIX 3 2 3 1 VECTOR 5 MATRIX
72. 3 e e AtWt HLWt gl 5 HLWL 21 dd 955912 57 g9 0 ATOMIC 2 AtWU AtWt 1 118 2009 IUPAC International Union of Pure and Applied Chemistry
73. COMP 0 X A B C D E F Y M 0 X 2 Pol Rec gt TI fx 915ES fx 995ES FT M STO K x
74. STAT e Mi ee M e STO e Pol Rec RH STAT Ua STAT FREQ 3 1 STAT 2 e 1 STAT
75. e EQN 58 e 3 1 5 VECTOR 2 Data 2 3 69 3 Ki 62 3 STAT 47 3 62 VctA 1 2 VoctB 3 4 VctC 2 1 2
76. e 1 e 2 VctB VctB 2 3 4 2 4 7 e 8 VctA VctB 5 VECTOR 8 VctA 5 VECTOR 4 VctB WCtBrWCtR 9 e VctAns Ans VctAns e Ag K3 VECTOR VctA VctB VoctC VctAns VctAns 68
77. oo 5 EQN EQN EQN 3 COMP 6 oe oe 58 K3
78. ut 2 1 VAR e STAT 44 e 10 11 12 2 AbE Ua UE Ad STAT STAT STAT COMP SL 43 wa smF 1 STAT s FT 1 FI e STAT 4 Var e var 2 x STAT s STAT x sc dd _ STAT
79. A C D B C a A sin b C COS C D tan9 D a B a C sin 9 b c sin cos 9 a C COS 6 LINE Dee b 10 Xx sin 60 llsn 6 lo Db EE In0sinhr607 bd a 10 X cos 60 TC costbl b B 2 a c b tan 9 b sin a B b c a Xx tan9 a cos 9 LINE Deg 10 60 0 DE E0660254028 2 a b B tan 9 tan LINE Deg 9 tan 5 8 tan tan 5 tanIr5287 qd2 UUo5obo2 1 D 60 bah TH 1 357 a cz cos b
80. c Abs d CMPLX y 2 og lsWei hi lt exe EA 50 y 2 Y avVb d avb sh te C a c de 1 g 100 1 1000 1 c 100 0 g lt 100 0 ze lt 1000 1 100 35Y2 X 3 148 492424 105Y2 2X 3 2Y5 6 4Y5 v 23 X 5 2Y3 35 32566285 115 46Y3 V2 V3 V8 Y3 3YV2 vV e e 3 7 CVD dVe c C C 18
81. 0 0 3 STAT 47 Ag 1 X Y 2 2 3 X1 X2 Xs 2 z 0 X Value Maximum Y Value Maximum z2 gt 0 X Value Minimum Y Value Minimum ENG
82. Ti Ts Ti 1 T2 1 j1 1 2 3 5 D Math 4 Ti 1 Ans Ti 1 Math 4 Ts 1 UL Ans T2 1 PreAns T1 1 25 Ts T2 1 1 PreAns TSTFPBHIS Ans Ts 2 PreAns T2 1 Math T4 Ts T2 2 1 HTS FFBHIIS Ts T4 Ts 3 2 M K M M M M M 0 M M M M 6 M M Mg M M 0 M M 0 M K3
83. 2 2 16 32 Math ERROR 10 3 10 2 8 16 2 2 10 2 and 10102 and 11002 10002 2 or 10112 or 110102 110112 2 Xxom 10102 xor 11002 1102 56 3 xnor 11112 xnor 1012 111111111101012 Ki NoU Not 10102 11111111111101012 3 Neg 2 Neg 101101s 11111111110100112
84. 1 W2T39 4 Y ig ie B o Ehm Un eh a mgT eg C10 BEhF C 2vV 6 CD Bhm yg Abs BEhm StF WM oye Ee fx 915ES fx 995ES V2 Et v2 Y8 3Y2 4 242640697 Y a Y 8 x b
85. 1 0 1 1 Mo 2 MatA MatB MAT 4 MATRIX 8 MK Mat Ja 4 MATRIX 4 MatB K2 A X B A B MatA Xx MatB 4 MATRIX 3 MatA Th GX Gn C2 MATRIX a MatB AT at 3 7 xX MatA MatA Xnr MatA nn 3 xX MatA 3 A Gr 4 MATRIX ee MatA 3 83 K MatA 4 MATRIX Z det dEt Fat 4 MATRIX 8 MatA D 3 MatC 4 MATRIX 8 Tm am 4 MATRIX 5 MatC D K2 MatA 4 MATRIX 3 MatA Hn I 3 MatB ADS mm 4 MATRIX 4 MatB DJ j 3 2 3 2
86. 41 S D 3 x nt nr 4 x x y Y 3 S D 0 8333333333 2 x 7 1 256637061 y V6 2 449489743 CMPLX CMPLX Ki
87. 0 58 c Ag 9 0 ENG 7 3 3 0 D PH 1 1 1 S 2 All Real Numbers x 0 A NEQ 1 aX bX c 3 aX bX c 0 EEE EA Feal mh 2 No Solution X 2 0 fx 995ES DIST DIST 1 moa 2 DIST a Ra DIST 2 NOP c
88. 1 fx 375ES gl 6 TABLE fx 915ES fx 995ES TABLE s fil 2 CO le 2B mM D 1 2 Try Y2 aryi y2_ e g x 3 65 4 e Ll EU e e e Ag x Ki TABLE
89. MatAns 9 9 COMP 2 MatAns MatAns 3 1 Dim MatA MatB MatC MatA MatB MatC MatAns det Tm Ref
90. STO S al WM CA CO WM EO CA EE 5 9 En An el a ee ALL 4UE LO MeM OA EG DD EE El 20 W 60kg 0 3 P 5 fw 20 60kg P W Sin 9 COS 6 93 lt eb ECain 2H Sxb a Vo 30m s 50 9 3 h Ve 30m s h Vot sin9 9f 9 50 9 9 8mys lt Lo 3 KNKGNn 5 9 D 30x3xsinr607 ws 24 43999HH nrT ope SETUP 10 ieee S D 42
91. cz sin LLINE Peg 8 5 9 Pol L5 D i Ce 1 1 dgaHLHGHHI Y 9 60 RU Gog Y Es UN C D A X A sin C sin 180 C D 92 lt LINE Deg C D C D 6j A Ek 3 2 cy STO pp C D A 4 EE 2 5 C3 Gn STO Gmm OD DUSINEL SINL TGS 5 0 lsin Am hye C DJ E sin 1 8 0 47 DEF13869 AM hye C MM sin D DJ a b c c 30m b 40m LU 8 D S C _ 50m fh S 2 a b c UNE peg s A 50 40430 23
92. x 7o sm mW D X D Math 6 ge9 SN LLINE R A De D rRNA Te K COMP x a b tol Pol Rec dax gt II R fx 915ES fx 995ES cg x x 0 0 5X2 2 2 2 5 333333333 Rad EE Time Out 7o zz 1 X 10 o 7
93. A 2 B B 3 r 7 4 x 5 y 51 x 2 4 STAT 23 OFF og 3 STAT 2 A BX etek ECE EE 2 4 EE Ll EE 3 ua eee EL EE ea EEL EE ek Ea EE Rg 2 BNE 0 4802217193 HU STAT 5 Reg 3 GE 0 5952824846 x 2 2 sa STAT Reg 5 1 EHP 7 3 STAT LU Type 3 C CX y A4 BX CX 0 SuUm Var MinhMax 51 52 Reg LA A 2 B B 3 C C 4 x 5 x
94. mam 4J 5 sm 8 0 D sinc3n D Math A E1nCBH 3 14 lt q Math A Pnl 1 4142135E2E dl k Ad 3 99 1 99
95. K3 C H X 1 1 5 720 mM ee Fe WM D X gt DD xsi luNE Am le n AM D X ey DJC ey DJCG sD EE 3 I COMP fx a Pol Rec dax gt II R 2 p Rec Pol 38 K3 Pol Rec 91 9 180 lt 9 180 69 11 Deg Rad Gra 7 9 X Y 26 X Y 9 11 1 ADs Ran Ranlnt n
96. Os mF OEE me ko elzmomimm mp ko la zfe ml m ml2522m EE m ylem wlr lelrzma lelws EE hole bh Xb X V 7 ww NM 4 k JKc LNA lm R J moF KT 3 ca ei a hao L CODATA 2010 3 S IS OY fx 99sEs 118 BASE N COMP Sc 21 1 MM 9 ATOMIC e ATOMIC lt WE 2 Periodic Table e e 9
97. MATRIX VECTOR Ki es Re 2 e Fix Fix 0 9 9 Sci Sci 1 9 9 10 Norm Norm 1 Norm1 2 Norm2 Fix 0 9 100 7 14 286 Fix3 Sci 1 10 1 7 1 4286 Xx 10 Sci5 Norm1 Norm2 Norm1 102 gt x gt 1010 Norm2 109 gt xl x gt 1010 1 200 5X103 Norm1 0 005 Norm2 2
98. 2 0 4 1 2 EE EE EE 5 4 MATRIX e 6 1 Dim e 1 1 2 e 2 MatB MatB 2 3 4 2 4 7 Ag MAT 8 MatAz MatB 4 MATRIX 8 MatA 2 4 MATRIX 4 MatB MatBErHat 60 9 e MatAns Ans MatAns e Ac K3 MATRIX MatA MatB MatC MatAns
99. 2 mp mm 1 1 139 calth geK J kgeK J kgeK calth geK mm T1 2 7 81 1 2 84 m 8 181 67 70 73 79 mm 7 190 06 1 1 1 1 e cal 15C No 001 164 177 178 NIST Special Publication 811 2008 No 165 176 179 222 26 UK US No 083 084 mton ton metric 1 No 089 090 mcarat carat metric No 091 092 rad No 159160 rad 19 19 19 2 205 3 6 9 8 82 0 Le 13
100. _78 in cm g oz BASE N TABLE fx 375ES i 100 200 No 001 200 fx 915ES fx 995ES 111 222 No 001 222 1 3 001 099 0 2 No 01 No 40 9 3 1 5 cm in COMP LINE 1 n 2 eConv 3 3 9 9 2 cmwgin Un FL nn 79 4
101. sin x e y 1 e Vx K 0 0 3 lt VC An Continue COMP 3 0 gd K 6
102. 5 0 2 9 otn CCC 660 880 75 e 6 0 EE 8 8 9 LU EE 3500 25 2625 3 5 0 0 3 5 9 0 2 5 500g 300g 1iOHOHEOHEGIOHO 160 5 0 9 WT CO 40 46 4 e 4 0 0D 4a 15 9 Ehm 60 3 60 6 5 2 30 30 El TTT BE 0 0 bl 22 3 60 60 60 10 60 3 60 10 2 255 60 uml 1 1 m 1 1 2 2 3 3
103. Pr nCr Rnd GCD LCM Int Intg 3 1 0 3 Abs K Ran 0 000 0 999 1000Ran 3 iiNE O 9 0 sr Ran 1 ER 39 k2 RanInt z 1 6 nm Ranin0 RanInt C1iE m K2 zP zC 10 4 LINE L1 Lo Gh rnPr 4 FI 3 Rnd NormFix Sci Norm1 Norm2 11
104. VECTOR K3 1 2 3 4 4 6 VECTOR VctA VctB VctC 1 ml 8 VECTOR Et e iwrta WEtE HL 2 1 VctA e tfm mS 1 67 3 2 32 2 e A VctA 4 1 1 2 AE 2 5 5 VECTOR e 1 ai 6 1 Dim
105. b 1 TFm FHormal dEEihnomial PD 2 Normal PD e 41 3 e 36 o 2 35 3 6 2 3 5 4 e Nn 1176 bE 4 Normal Ph 73 Ed 6 K DIST DIST NomalPD Nemelcp inverseNormal STAT DIST Type DIST
106. gpg 3 g x MatA 2 3 4 MATRIX 3 MatA z3 Hn 4 MATRIX 8 MatA mm I rr oA x 3 12 3 2 MatA 4 MATRIX Ref nn 4 MATRIX 8 MatA D 1 Ia 64 3 1 2 3 4 5 MatA 4 MATRIX 3 Rref nn MATRIX MatA 0 1 TABLE TABLE 2 x 9 869 Start 1 End 5 Step 1 10
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