fx-115ES fx-570ES fx-991ES Appendix Appendiks Apéndice Liite Appendice Appendiks Aanhangsel Lampiran Apêndice Anhang Appendice Bilaga Függelék Dodatek Dodatek RCA502126-001V01 http://world.casio.
#001 Math MATH '2c3e+ '1c2= LINE 2'3+1 '2= #002 1 2 11 3 — + 1— = 4 — 4 3 12 MATH 1'(()3e 1c4e+ Math Math 1'(()1e2 c3= LINE 3'1'4+ 1'2'3= 1 1 4 – 3— = — 2 2 Math MATH 4-1'(() 3e1c2= LINE 4-3'1'2= –1 –
#003 LINE 21((%)= #004 LINE 150*20 1((%)= #005 LINE 660/880 1((%)= #006 LINE 2500+2500 *151((%)= #007 LINE 3500-3500 *251((%)= #008 LINE 168+98+ 734= -G*201((%)= –2 –
#009 LINE (500+300) /5001((%)= #010 LINE (46-40)/ 401((%)= eeeeY8= #011 LINE 2e0e30e= #012 LINE 2e20e30e+ 0e39e30e= #013 LINE 2.
e #014 LINE 4 × 3 + 2.5 = 14.5 4 × 3 – 7.1 = 4.9 4*3+2.5= A d YYYY -7.1= #015 LINE 9×6+3 = 1.
Se(B)/Sw(C)= #016 LINE Sf(Y)Ss(=)S)(X) +2Sy(A) s *1 1= *2 1= *3 s *4 G= *5 2= *6 –5 –
sG=3= *7 sG=4= *8 #017 MATH Math Sf(Y)Ss(=)S)(X) w-S)(X)+1 Math 1s(SOLVE) Math *1 3= Math *2 1= Math =7== Math =13== –6 –
Math =21== #018 LINE Deg s30)= 1s(sin–1)0.
#021 MATH Math Deg 1c(cos–1)y1) = Rad 1c(cos–1)y1) = Math #022 log216 = 4 Math MATH &2e16= l21)(,) 16)= LINE #023 LINE log16 = 1.204119983 l16)= *1 #024 LINE ln 90 (= loge90) = 4.
#025 e10 = 22026.46579 LINE 1i(e^)10= #026 MATH 1.2 × 103 = 1200 Math 1.2* 1l($)3= (1 + 1)2+2 = 16 Math (1+1)62+2 = #027 3 (52) = 15625 Math (5w) 1w(x3)= MATH (' 2 + 1) (' 2 – 1) = 1 LINE (!2)+1) (!2)-1)= 5 32 = 2 516(")32)= 2 #028 LINE (–2) 3 = 1.
#029 LINE 3' 5 + 3 –27 = –1.
#034 LINE 17(F)3S)(X) w-5S)(X)+2 1)(,)21)(,) 15y12)= #035 Math MATH 1&(8)S)(X) +1c1f5= LINE 1&(8)S)(X) +11)(,) 11)(,)5)= #036 Deg (X, Y) = (' 2, ' 2) → (r, θ) Math MATH 1+(Pol)!2e 1)(,)!2e)= LINE 1+(Pol)!2) 1)(,)!2))= #037 LINE Deg (r, θ) = (2, 30) → (X, Y) 1-(Rec)21)(,) 30)= #038 LINE (5+3)1E(x!)= –11 –
#039 MATH Math 1w(Abs)2-7= LINE 1w(Abs)2-7)= #040 LINE 1000 1.
#042 MATH Rad 7(sS)(X)) +cS)(X)) )we0f15(π)= #043 Math MATH 51t(STO)y(A) S5(e)-1&(8)' 1cS)(X)1E(x!) ee0fSy(A)= Math Math 101t(STO)y(A) f= Math 151t(STO)y(A) f= #044 LINE 1234= W W –13 –
#045 LINE 123= 1W(←) 1W(←) #046 MATH Math 15(π)*'2c5= Math f #047 MATH Math !2e*!3= Math f #048 LINE CMPLX (1+3i)/ (2i)= –14 –
#049 LINE Deg CMPLX 1+i 12(CMPLX)3('r∠θ )= #050 MATH CMPLX Math CMPLX Math CMPLX Math 12(CMPLX)2(Conjg) 2+3i)= #051 MATH Deg *1 1w(Abs)2+ 2i= *2 12(CMPLX)1(arg) 2+2i)= #052 o = Σnx Σ (x – o)2 n 2 x σ n –1 = Σ (x – o) n–1 xσ n = –15 –
#053 1Nc4(STAT)1(ON) N3(STAT) STAT 1(1-VAR) 1= 2= 3= 4= 5= 6= 7= 8= 9= 10= STAT STAT A #054 STAT 11(STAT)2(Data) STAT 11(STAT)3(Edit)1(Ins) STAT ccccccccY STAT A –16 –
#055 STAT 11(STAT)2(Data)e STAT c2= c2= 2= 2= 3= 4= 2= STAT A #056 11(STAT)4(Sum) STAT 1(Σx2)= STAT 11(STAT)4(Sum) 2(Σx)= #057 11(STAT)5(Var) STAT 1(n)= –17 –
STAT 11(STAT)5(Var)2(o)= STAT 11(STAT)5(Var) 3(xσn)= #058 11(STAT)6(MinMax) STAT 1(minX)= STAT 11(STAT)6(MinMax) 2(maxX)= #059 11(STAT)7(Distr) STAT 1(P( )311(STAT) 7(Distr)4('t))= 11(STAT)7(Distr) 3(R( )711(STAT) 7(Distr)4('t))= –18 – STAT
#060 o = Σnx Σ (x – o)2 n 2 x σ n –1 = Σ (x – o) n–1 Σy p= n 2 y σ n = Σ (y – p) n 2 y σ n –1 = Σ (y – p) n–1 Σy – B.Σx A= n n.Σxy – Σx .Σy B= . 2 n Σx – (Σx)2 n .Σxy – Σx .Σy r= {n .Σx 2 – (Σx)2}{n .
#061 x y x y 1.0 1.2 1.5 1.6 1.9 1.0 1.1 1.2 1.3 1.4 2.1 2.4 2.5 2.7 3.0 1.5 1.6 1.7 1.8 2.0 1Nc4(STAT)2(OFF) N3(STAT) STAT 2(A+BX)1= 1.2= 1.5= 1.6= 1.9= 2.1= 2.4= 2.5= 2.7= 3= STAT STAT ce1= 1.1= 1.2= 1.3= 1.4= 1.5= 1.6= 1.7= 1.
#062 11(STAT)4(Sum) STAT 5(Σxy)= 11(STAT)5(Var) STAT 3(xσn)= 11(STAT)6(MinMax) STAT 4(maxY)= #063 11(STAT)7(Reg) STAT 1(A)= –21 –
STAT 11(STAT)7(Reg) 2(B)= STAT 11(STAT)7(Reg)3(r)= #064 STAT *1 y311(STAT) 7(Reg)4(m)= *2 211(STAT)7(Reg) 5(n)= STAT #065 Σy Σx Σx 2 –B –C n n n 2 2 2 . . Sxy Sx x – Sx y Sxx 2 B= Sxx.Sx 2x 2 – (Sxx 2)2 Sx 2y.Sxx – Sxy.Sxx 2 C= Sxx.Sx 2x 2 – (Sxx 2) 2 A= ( ) ( ) Sxx = Σx 2– (Σx) n (Σx . Σy) Sxy = Σxy – n .
2.
STAT 11(STAT)7(Reg) 3(C)= #068 y = 3 → m1 = ? STAT 311(STAT)7(Reg) 4(m1)= y = 3 → m2 = ? STAT 311(STAT)7(Reg) 5(m2)= x=2→n=? STAT 211(STAT)7(Reg) 6(n)= #069 Σy – B.Σ lnx n n .Σ(lnx)y – Σlnx .Σy B= n .Σ(lnx)2 – (Σlnx)2 n .Σ(lnx)y – Σlnx .Σy r= {n .Σ(lnx)2 – (Σ lnx)2}{n .
#070 . A = exp Σlny – B Σx ( ) n n .Σxlny – Σx .Σ lny B= n .Σx 2 – (Σx)2 n .Σxlny – Σx .Σ lny r= {n .Σx 2 – (Σx)2}{n .Σ(ln y)2 – (Σln y)2} lny – lnA m= B n = Ae Bx #071 . A = exp Σlny – B Σx B = exp r= ( n ) . . ( n Σxn .Σxy –– ΣxΣxΣ y ) ln ln ( )2 n .Σxlny – Σx .Σ lny 2 {n .Σx 2 – (Σx)2}{n .
#072 . A = exp Σlny – B Σlnx ( ) n n .Σlnxlny – Σlnx .Σ lny B= n .Σ(lnx)2 – (Σlnx)2 n .Σlnxlny – Σlnx .Σ lny r= {n .Σ(ln x)2 – (Σln x)2}{n .Σ(ln y)2 – (Σln y)2} m=e ln y – ln A B n = AxB #073 Σy – B.Σx–1 n Sxy B= Sxx Sxy r= Sxx .Syy A= Sxx = Σ(x–1)2 – (Σx–1)2 n (Σy) Syy = Σy2– n 2 –1.
#074 11(STAT)1(Type) STAT 4(In X)A11(STAT) 7(Reg)3(r)= 11(STAT)1(Type) 5(e^X)A11(STAT) 7(Reg)3(r)= 11(STAT)1(Type) 6(A•B^X)A11(STAT) 7(Reg)3(r)= 11(STAT)1(Type) 7(A•X^B)A11(STAT) 7(Reg)3(r)= 11(STAT)1(Type) 8(1/X)A11(STAT) 7(Reg)3(r)= –27 – STAT STAT STAT STAT
#075 y = A + Blnx x y 29 50 74 103 118 1.6 23.5 38.0 46.4 48.9 1Nc4(STAT)2(OFF) N3(STAT)4(ln X) STAT 29= 50= 74= 103= 118= ce1.6= 23.5= 38= 46.4= 48.
#076 y = AeBx x y 6.9 12.9 19.8 26.7 35.1 21.4 15.7 12.1 8.5 5.2 1Nc4(STAT)2(OFF) N3(STAT)5(e^X) 6.9= 12.9= 19.8= 26.7= 35.1= ce21.4= 15.7= 12.1= 8.5= 5.
#077 x –1 3 5 10 y = ABx 1Nc4(STAT)2(OFF) y 0.24 N3(STAT)6(A•B^X) 4 16.2 513 STAT y1= 3= 5= 10= STAT ce0.24= 4= 16.2= 513= STAT A11(STAT)7(Reg) 1(A)= STAT 11(STAT)7(Reg) 2(B)= STAT 11(STAT)7(Reg) 3(r)= x = 15 → n = ? STAT 1511(STAT)7(Reg) 5(n)= y = 1.02 → m = ? STAT 1.
#078 x 28 30 33 35 38 y = AxB 1Nc4(STAT)2(OFF) y 2410 3033 3895 4491 5717 N3(STAT)7(A•X^B) STAT 28= 30= 33= 35= 38= ce2410= 3033= 3895= 4491= 5717= STAT STAT A11(STAT)7(Reg) 1(A)= STAT 11(STAT)7(Reg) 2(B)= STAT 11(STAT)7(Reg) 3(r)= x = 40 → n = ? STAT 4011(STAT)7(Reg) 5(n)= y = 1000 → m = ? STAT 100011(STAT) 7(Reg)4(m)= –31 –
#079 y=A+B x x y 1.1 2.1 2.9 4.0 4.9 18.3 9.7 6.8 4.9 4.1 1Nc4(STAT)2(OFF) N3(STAT)8(1/X) 1.1= 2.1= 2.9= 4= 4.9= ce18.3= 9.7= 6.8= 4.9= 4.1= STAT STAT STAT A11(STAT)7(Reg) 1(A)= STAT 11(STAT)7(Reg) 2(B)= STAT 11(STAT)7(Reg) 3(r)= x = 3.5 → n = ? STAT 3.
#080 Ab1+1= #081 Aq7+1= #082 Ac1F+1= #083 AU30= b q c –33 –
#084 Ab13(BASE)c1(d) 5+13(BASE)c2(h) 5= #085 10102 and 11002 = 10002 101013(BASE) 1(and)1100= #086 10112 or 110102 = 110112 101113(BASE) 2(or)11010= #087 10102 xor 11002 = 1102 101013(BASE) 3(xor)1100= #088 11112 xnor 1012 = 11111111111101012 111113(BASE) 4(xnor)101= #089 Not (10102) = 11111111111101012 13(BASE) 5(Not)1010)= –34 –
#090 Neg (1011012) = 11111111110100112 13(BASE)6(Neg) 101101)= #091 MATH X + 2Y = 3 2X + 3Y = 4 N5(EQN) Math 1(anX+bnY=cn) Math 1= 2= 3= 2= 3= 4= Math = Math c #092 MATH X2 + 2X + 3 = 0 N5(EQN) Math 3(aX2+bX+c=0) –35 –
Math 1= 2= 3= Math = Math = #093 MATH X–Y+Z=2 X+Y–Z=0 –X + Y + Z = 4 N5(EQN) Math 2(anX+bnY+cnZ=dn) 1= y1= 1= 2= 1= 1= y1= 0= y1= 1= 1= 4= Math Math = Math c –36 –
Math c #094 MATH X3 – 2X2 – X + 2 = 0 N5(EQN) Math 4(aX3+bX2+cX+d=0) Math 1= y2= y1= 2= Math = Math c Math c –37 –
#095 MATH X2 – 4X + 4 = 0 Math N5(EQN)3(aX2+bX+c=0) Math 1= y4= 4= Math = #096 MAT N6(MATRIX) 1(MatA)5(2×2) 2= 1= 1= 1= 14(MATRIX)1(Dim) 3(MatC)4(2×3) 1= 0= y1= 0= y1= 1= MAT #097 STO MAT 14(MATRIX)2(Data) 1(MatA)1t(STO) MAT e(MatB)e y1= y1= 2= –38 –
#098 MAT A14(MATRIX)3(MatA) +14(MATRIX)4(MatB) MAT = #099 MAT 14(MATRIX)3(MatA)* 14(MATRIX)4(MatB) MAT = 14(MATRIX)4(MatB)* 14(MATRIX)3(MatA)14(MATRIX)6(MatAns) MAT MAT = #100 MAT 3*14(MATRIX) 3(MatA) MAT = –39 –
#101 det a11 = a11 det a11 a12 = a11a22 – a12a21 a21 a22 a11 a12 a13 det a21 a22 a23 a31 a32 a33 = a11a22a33 + a12a23a31 + a13a21a32 – a13a22a31 – a12a21a33 – a11a23a32 MAT 14(MATRIX)7(det)1 4(MATRIX)3(MatA))= #102 MAT 14(MATRIX)8(Trn) 14(MATRIX)5(MatC)) MAT = –40 –
#103 a11 –1 = 1 a11 a22 –a12 a11 a12 –1 –a21 a11 = a21 a22 a11a22 – a12a21 a11 a12 a13 –1 a21 a22 a23 a31 a32 a33 a22a33 – a23a32 –a12a33 + a13a32 a12a23 – a13a22 –a21a33 + a23a31 a11a33 – a13a31 –a11a23 + a13a21 a21a32 – a22a31 –a11a32 + a12a31 a11a22 – a12a21 = a11 a12 a13 det a21 a22 a23 a31 a32 a33 MAT 14(MATRIX)3(MatA)E MAT = –41 –
#104 MAT 1w(Abs)14(MATRIX) 4(MatB)) MAT = #105 MAT 14(MATRIX)3(MatA)w MAT = MAT 14(MATRIX)3(MatA) 1w(x3) MAT = #106 VCT N8(VECTOR) 1(VctA)2(2)1= 2= A15(VECTOR)1(Dim) 3(VctC)1(3)2= y1= 2= –42 – VCT
#107 STO VCT A15(VECTOR)2(Data) 1(VctA)1t(STO) VCT e(VctB)3= 4= #108 VCT A15(VECTOR)3(VctA) +15(VECTOR)4(VctB) VCT = #109 VCT 3*15(VECTOR) 3(VctA) VCT = VCT 15(VECTOR)4(VctB)15(VECTOR)6(VctAns) VCT = –43 –
#110 (a1, a2) . (b1, b2) = a1b1 + a2b2 (a1, a2, a3) .
#113 Deg 15(VECTOR)1(Dim) 1(VctA)1(3) y1= 0= 1= A15(VECTOR)1(Dim) 2(VctB)1(3) 1= 2= 0= VctA • VctB A15(VECTOR)3(VctA) 15(VECTOR)7(Dot) 15(VECTOR)4(VctB)= VCT VCT VCT Ans ÷ (Abs(VctA) × Abs(VctB)) /(1w(Abs)1 5(VECTOR)3(VctA))* 1w(Abs)15(VECTOR) 4(VctB)))= cos–1 Ans *1 VCT VCT 1c(cos–1)G)= VctA × VctB 15(VECTOR)3(VctA)* 15(VECTOR)4(VctB)= Abs(VctAns) VCT VCT 1w(Abs)15(VECTOR) 6(VctAns))= VctAns ÷ Ans *2 VCT 15(VECTOR) 6(VctAns)/G= –45 –
#114 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 mp mn me mµ a0 h µN µB α re λc γp λcp λcn R∞ u µp µe µn µµ F e NA k Vm R C0 C1 C2 σ ε0 µ0 φ0 1.67262158 × 10–27 kg 1.67492716 × 10–27 kg 9.10938188 × 10–31 kg 1.88353109 × 10–28 kg 0.5291772083 × 10–10 m 6.62606876 × 10–34 Js 5.05078317 × 10–27 JT–1 927.400899 × 10–26 JT–1 1.054571596 × 10–34 Js 7.297352533 × 10–3 2.817940285 × 10–15 m 2.426310215 × 10–12 m 2.67522212 × 108 s–1T–1 1.
35 36 37 38 39 40 g G0 Z0 t G atm #115 9.80665 ms–2 7.748091696 × 10–5 S 376.730313461 Ω 273.15 K 6.
#117 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 in ' cm cm ' in ft ' m m ' ft yd ' m m ' yd mile ' km km ' mile n mile ' m m ' n mile acre ' m2 m2 ' acre gal (US) 'R R' gal (US) gal (UK) 'R R' gal (UK) pc ' km km ' pc km/h ' m/s m/s ' km/h oz ' g g ' oz lb ' kg kg ' lb atm ' Pa Pa ' atm mmHg ' Pa Pa ' mmHg hp ' kW kW ' hp kgf/cm2 ' Pa Pa ' kgf/cm2 kgf • m ' J J ' kgf • m 1 [inch] = 2.54 [cm] 1 [cm] = (1/2.54) [inch] 1 [ft] = 0.
35 36 37 38 39 40 lbf/in2 ' kPa kPa ' lbf/in2 °F ' °C °C ' °F J ' cal cal ' J #118 LINE 1 [lbf/in2] = 6.894757 [kPa] 1 [kPa] = (1/6.894757) [lbf/in2] t [°F] = (t – 32)/1.8 [°C] t [°C] = (1.8 × t + 32) [°F] 1 [J] = (1/4.1858) [cal] * 1 [cal] = 4.
#119 LINE 100g = ? oz 100 18(CONV) 22(g'oz) = #120 LINE –31°C = ? °F y31 18(CONV) 38(°C'°F) = –50 –
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