Plot

49453c9b-07b5-41e3-9837-cdbe9b9d83a6 22 4 5 true true 0 decimal

&[DATE] &[TIME] - &[FILENAME]

Plot

data char size clr plot k 1 data rows range r3 k el char : r4 k el size : r5 k el clr : 31 line for data r3 r4 r5 augment 21 line :

Square Minimun Function

T X Y Order f T 1 ≡ m Order 1 + : m 2 : if n X rows : 12 mat i 1 m range j 1 m range con i 1 - (j 1 - (+ : i 1 ≡ (j 1 ≡ (& A i j el n : 11 line T 1 ≡ (T 2 ≡ (| A i j el X k el (con^k 1 n sum : A i j el X k el ln (con^k 1 n sum : if if 21 line for for i 1 m range i 1 ≡ B i el Y k el k 1 n sum : B i el X k el (i 1 -^Y k el * k 1 n sum : if T 1 ≡ i 1 ≡ B i el Y k el ln k 1 n sum : B i el X k el (Y k el ln * k 1 n sum : if T 2 ≡ i 1 ≡ B i el Y k el ln k 1 n sum : B i el X k el ln Y k el ln * k 1 n sum : if cases for i 1 m range φ i el 1 : i 1 ≡ φ i el x (i 1 -^: cases for T 1 ≡ φ 1 el x : 11 line T 2 ≡ (T 3 ≡ (| cases β A 1 -^B * : ff 0 : i 1 m range ff ff β i el φ i el * + : for ff 31 line T 1 ≡ ff β 1 el exp β 2 el φ 1 el * exp * : T 2 ≡ ff β 1 el exp φ 1 el (β 2 el^* : T 3 ≡ cases ff 71 line :

Last Square Function

f (x) = f ( T, X, Y, Order)

| | | ^|____ Power

| | ^|_______ Y Data

| |________ X Data

|__________ Type of

Adjustment

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T=1 Polynomic adjusment for Square Minimums method T=2 Exponemtial adjusment for Square Minimums method T=3 Potential adjusment for Square Minimums method Order= Power to which the function is rising. Order=1 if T=2 or T=3

DATA 304 0.1653 - 5 0.1313 6 0.219 7 0.8097 8 1.2045 9 1.302 10 2.1009 11 2.6004 12 3.7002 13 4.3001 112 mat :

X DATA 1 col :

Y DATA 2 col :

XY X Y augment :

data XY o 5 black plot :

Quadratic

T 1 :

Order 2 :

x fX2 T X Y Order f :

x fX2 23506277150000 / 1144349942900000 / - (x 21 -^* + 760191716000 / x 31 -^* +

data x fX2 2 1 sys

Cubic

T 1 :

Order 3 :

x fX3 T X Y Order f :

x fX3 201139858000 / 177982911743181800686186523438 / - (x 21 -^* + 3275398580000 / x 31 -^* + 1313951480000 / x 41 -^* +

data x fX3 2 1 sys

Polinomic

T 1 :

Order 4 :

x fX4 T X Y Order f :

x fX4 233835548280013167278174959528 / 446837750933913461166215691571 / - (x 21 -^* + 64982447627305323580626677739 / x 31 -^* + 19492454427525113685948750159200 / - (x 41 -^* + 41150080801505409082711255834050000 / x 51 -^* +

data x fX4 2 1 sys

Polinomic

T 1 :

Order 5 :

x fX5 T X Y Order f :

x fX5 2609962894026350240372060319587 / 81012508405486994164356246490 / - (x 21 -^* + 751952107834573302945425879243 / x 31 -^* + 155744116251853468339551607855 / - (x 41 -^* + 69106722165145532319219190181800 / x 51 -^* + 2898466696530355394890907450400 / - (x 61 -^* +

data x fX5 2 1 sys

DATA 1.2379 1 0.7598 1.5 0.7612 2 0.4342 3.2 0.2123 552 mat :

X DATA 1 col :

Y DATA 2 col :

XY X Y augment :

data XY o 5 black plot :

Exponential

T 2 :

Order 1 :

x fX6 T X Y Order f :

x fX6 593738564884337320712404385457 / exp 363331220859233229750460017673 / - (x * exp *

data x fX6 2 1 sys

Potencial

T 3 :

Order 1 :

x fX2 T X Y Order f :

x fX2 7271126636275512625017044516130 / exp x 31372971415873429942143760 / -^*

data x fX2 2 1 sys

DATA2 1 4.7511 1.5 18.4011 2 5.4736 3.2 64.929 5 238.4294 52 mat :

X DATA2 1 col :

Y DATA2 2 col :

XY X Y augment :

data2 XY o 5 black plot :

T 3 :

Order 1 :

x fX2 T X Y Order f :

Potential

x fX2 149849610062267113041795582667 / exp x 386833130896577162949308999430 /^*

data2 x fX2 2 1 sys

4046903360122160825599662568649 / exp 134.5283

114311817588140231202999825923 / - 0.4944 -

4046903360122160825599662568649 / (4.902^2421.6535