AirPassengers [144] (ts)
BJsales [150] (ts)
BOD [6,2] (data.frame)
CO2 [84,5] (nfnGroupedData)
ChickWeight [578,4] (nfnGroupedData)
DNase [176,3] (nfnGroupedData)
EuStockMarkets [1860,4] (mts)
Formaldehyde [6,2] (data.frame)
HairEyeColor [4,4,2] (table)
Harman23.cor [c(8, 8); 8; 1 ] (list)
Harman74.cor [c(24, 24); 24; 1 ] (list)
Indometh [66,3] (nfnGroupedData)
InsectSprays [72,2] (data.frame)
JohnsonJohnson [84] (ts)
LakeHuron [98] (ts)
LifeCycleSavings [50,5] (data.frame)
Loblolly [84,3] (nfnGroupedData)
Nile [100] (ts)
Orange [35,3] (nfnGroupedData)
OrchardSprays [64,4] (data.frame)
PlantGrowth [30,2] (data.frame)
Puromycin [23,3] (data.frame)
Seatbelts [192,8] (mts)
Theoph [132,5] (nfnGroupedData)
Titanic [4,2,2,2] (table)
ToothGrowth [60,3] (data.frame)
UCBAdmissions [2,2,6] (table)
UKDriverDeaths [192] (ts)
UKgas [108] (ts)
USAccDeaths [72] (ts)
USArrests [50,4] (data.frame)
USJudgeRatings [43,12] (data.frame)
USPersonalExpenditure [5,5] (matrix)
UScitiesD [10,10] (dist)
VADeaths [5,4] (matrix)
WWWusage [100] (ts)
WorldPhones [7,7] (matrix)
ability.cov [c(6, 6); 6; 1 ] (list)
airmiles [24] (ts)
airquality [153,6] (data.frame)
anscombe [11,8] (data.frame)
attenu [182,5] (data.frame)
attitude [30,7] (data.frame)
austres [89] (ts)
cars [50,2] (data.frame)
chickwts [71,2] (data.frame)
co2 [468] (ts)
crimtab [42,22] (table)
discoveries [100] (ts)
esoph [88,5] (data.frame)
euro [11] (numeric)
eurodist [21,21] (dist)
faithful [272,2] (data.frame)
freeny [39,5] (data.frame)
infert [248,8] (data.frame)
iris [150,5] (data.frame)
iris3 [50,4,3] (array)
islands [48] (numeric)
lh [48] (ts)
longley [16,7] (data.frame)
lynx [114] (ts)
morley [100,3] (data.frame)
mtcars [32,11] (data.frame)
nhtemp [60] (ts)
nottem [240] (ts)
npk [24,5] (data.frame)
occupationalStatus [8,8] (table)
precip [70] (numeric)
presidents [120] (ts)
pressure [19,2] (data.frame)
quakes [1000,5] (data.frame)
randu [400,3] (data.frame)
rivers [141] (numeric)
rock [48,4] (data.frame)
sleep [20,3] (data.frame)
stackloss [21,4] (data.frame)
sunspot.month [3177] (ts)
sunspot.year [289] (ts)
sunspots [2820] (ts)
swiss [47,6] (data.frame)
treering [7980] (ts)
trees [31,3] (data.frame)
uspop [19] (ts)
volcano [87,61] (matrix)
warpbreaks [54,3] (data.frame)
women [15,2] (data.frame)
lakers [34624,13] (data.frame)

Přiřazení hodnoty proměnné

[1] FALSE

Sčítání, odčítání, násobení a dělení

[1] Inf
[1] Inf
[1] NaN
[1] NaN

Převod desetinných čísel na zlomky

3 / 4-167 is a prime!
-167 / 100

Mocniny a odmocniny


Attaching package: ‘numbers’

The following object is masked from ‘package:shiny’:

    div
[1] 12  2
[1] 2 3

Exponenty a logaritmy

Goniometrické funkce

Vypočítejte pH 0.001 M kyseliny chlorovodíkové, 0.01 M hydroxidu sodného, 0.15 M kyseliny octové (Ka = 1.75e-5) a 0.01 M amoniaku (Kb = 1.8e-5)

[1] 10.62764

Matematické konstanty

[1] 2.718282
[1] 2.7182818284590451

Vektory - generování řady čísel

Vektory - řada náhodných čísel z daného rozmezí

Indexy

[1] 18 94 87 47

Uspořádání vektoru

 [1]  7  8  5 11 12  6 19 18  9  3 14 13 10 16  4 17  1  2 15

Množiny

Vektorová aritmetika

diff(x)
 [1]   3 -38  33 -61  17 -25   2  32  33 -51   4  33  -7  29  -7
[16]   2 -39  -4
sign(x)
 [1] 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Filtrování hodnot ve vektoru

numbers =c(4,23,4,23,5,43,54,56,657,67,67,435,453,435,7,65,34,435)
table(numbers)[2]==1
   5 
TRUE 
numbers[2]
[1] 23
sum(numbers==435)
[1] 3

Matice

matrix(x,nrow=6,ncol=3,byrow = TRUE)
     [,1] [,2] [,3]
[1,]   90   52   58
[2,]   71   27   17
[3,]   83   50   42
[4,]   61   45   15
[5,]   24   80   36
[6,]   63   33   43
matrix(x,nrow=6,ncol=3,byrow = FALSE)
     [,1] [,2] [,3]
[1,]   90   83   24
[2,]   52   50   80
[3,]   58   42   36
[4,]   71   61   63
[5,]   27   45   33
[6,]   17   15   43

Dataframes

Seznamy (lists)

[1] 23

Vypočítejte molekulové hmotnosti alkanů C1 - C12.

      1       2       3       4       5       6       7       8 
 16.043  30.070  44.097  58.124  72.151  86.178 100.205 114.232 
      9      10      11      12 
128.259 142.286 156.313 170.340 
$`1`
[1] 16.043

$`2`
[1] 30.07

$`3`
[1] 44.097

$`4`
[1] 58.124

$`5`
[1] 72.151

$`6`
[1] 86.178

$`7`
[1] 100.205

$`8`
[1] 114.232

$`9`
[1] 128.259

$`10`
[1] 142.286

$`11`
[1] 156.313

$`12`
[1] 170.34

Vliv 3 ůzných druhů krmiva na přírůstek živé váhy (v kg) prasat, rozdělených do 4 různých skupin.

        A    B    C
[1,]  7.0 14.0  8.5
[2,] 16.0 15.5 16.5
[3,] 10.5 15.0  9.5
[4,] 13.5 21.0 13.5

Pipe operator (%>%) v R

# pipe operator
library(magrittr)

Attaching package: ‘magrittr’

The following object is masked from ‘package:numbers’:

    mod
a = 3.14159
a %>% seq(10,3) %>% round(3)
[1] 3.142 6.142 9.142

Příkaz if-else


x = sample(12:99,18, replace = FALSE); x

ifelse(x<50,0,1)
x[x<50] = 0
x[x>=50] = 1
x

Vypocítejte vazebnou energii atomového jádra pomoci Bethe - Weiszackerovy rovnice B = 14.0 - 13.1A^(2/3) + 0.585Z(Z-1)/A^(1/3) - (18.1(A-2*Z)^2)/A + C/A, kde A - nukleonove cislo, Z - atomove cislo, C - konstanta, pro jádra se sudým počtem protonů i neutronů je rovna 132, pro jádra s lichým počtem protonů i neutronů je rovna -132, pro lichy počet protonů a sudý počet neutronů a naopak je rovna 0.


# alpha particle
A = 4 
Z = 2

# U-235
A = 235 
Z = 92

# funkce
N = A-Z
if (N%%2==0 & Z%%2==0){C = 132} else if (N%%2!=0 & Z%%2!=0){C = -132} else {C = 0}
B = 14.0 - 13.1*A^(2/3) + 0.585*Z*(Z-1)/A^(1/3) - (18.1*(A-2*Z)^2)/A + C/A
B # [MeV]
B/A # energie na 1 nukleon [MeV]

# polomer jadra: R = R0 * A^(1/3)
R0 = 1.4e-13 # [cm]
R = R0 * A^(1/3)
R = R*10e-15 
R   # [m]

Cyklus typu while

Vypočítejte molekulové hmotnosti alkanů C1 - C12 (while loop)


n = 1
Mhc = NULL
while(n <= 12){
  hc = n*12.011 + (2*n + 2)*1.008
  Mhc = c(Mhc,hc)
  n = n+1
}
names(Mhc) = c(1:12)
Mhc
      1       2       3       4       5       6       7       8 
 16.043  30.070  44.097  58.124  72.151  86.178 100.205 114.232 
      9      10      11      12 
128.259 142.286 156.313 170.340 

Cyklus typu for (for loop)

Vypočítejte molekulové hmotnosti alkanů C1 - C12


Mhc = NULL
for(n in c(1:12)){
  hc = n*12.011 + (2*n + 2)*1.008
  Mhc = c(Mhc,hc) 
}
names(Mhc) = c(1:12)
Mhc
      1       2       3       4       5       6       7       8 
 16.043  30.070  44.097  58.124  72.151  86.178 100.205 114.232 
      9      10      11      12 
128.259 142.286 156.313 170.340 

Vypočítejte střední kvadratickou rychlost molekul daných plynů v rozmezí teplot od 150 K do 500 K s krokem 50 K.


el = c("H2","He", "O2", "Kr")
M = c(2.0159, 4.0026, 31.9988, 83.8) # [g / mol]
Ts = seq(from=150, to=500, by=50) # [K]
R = 8314.34 # [J / kmol K]
MKV = NULL
for(tt in Ts){
  mkv= rep(0, length(M))
  for(ii in c(1:length(M))){
    mkv[ii] = (3*R*tt/M[ii])^(1/2)
  }
  MKV = rbind(MKV, mkv)   
}
colnames(MKV) = el
rownames(MKV) = Ts
MKV
          H2        He       O2       Kr
150 1362.340  966.8276 341.9427 211.2993
200 1573.095 1116.3964 394.8414 243.9875
250 1758.774 1248.1691 441.4461 272.7863
300 1926.640 1367.3007 483.5800 298.8224
350 2081.009 1476.8536 522.3261 322.7651
400 2224.693 1578.8229 558.3900 345.0504
450 2359.643 1674.5946 592.2621 365.9812
500 2487.282 1765.1777 624.2990 385.7780
plot(0,0,xlim=c(min(Ts),max(Ts)),ylim = c(min(MKV),max(MKV)), type ="n",xlab="T [K]",ylab="str. kv. rychlost [m/s]")
for(ii in c(1:length(M))){points(Ts,MKV[,ii], type="p",col=ii,pch=16)}
legend("topleft",legend=el,col=c(1:length(M)),pch=16,cex=.8)

Fyzikální konstanty

NULL
molweight("CH3CH2CHCHCH2CHCHCH2CHCHCH2CHCHCH2CHCH(CH2)3COOH") # eicosapentaenoic acid (EPA) 
CH3CH2CHCHCH2CHCHCH2CHCHCH2CHCHCH2CHCH(CH2)3COOH 
                                         302.451 
molweight("C20H30O2")
C20H30O2 
 302.451 
molweight(c("C2H5OH", "CO2", "H2O")) 
  C2H5OH      CO2      H2O 
46.06844 44.00950 18.01528 
molweight(c("SiOFH4", "NaHCO3", "C6H12O6", "Ca(HCO3)2", "Pb(NO3)2", "(NH4)2SO4"))
   SiOFH4    NaHCO3   C6H12O6 Ca(HCO3)2  Pb(NO3)2 (NH4)2SO4 
 67.11506  84.00661 180.15588 162.11168 331.20980 132.13952 

Určete délku měděného drátu o průměru 1.6 mm jehož hmotnost je 0.8 kg. Hustota mědi je 8900 kg/m3.

hm = 0.8 # kg
rho = 8900 # kg/m3
d = 1.6e-3 # m

V = hm/rho
S = pi*(d/2)^2
L = V/S; L
[1] 44.70644

Disociační konstanty

Izotopy


library(enviPat)
data(isotopes)
isotopes

library(ecipex)
nistiso
nistiso$mass
nistiso$abundance
nistiso$element

library(IsoSpecR)
data(isotopicData)
isotopicData

library(CIAAWconsensus)
ciaaw.mass.2003
ciaaw.mass.2012
ciaaw.mass.2016

Izotopové patterny

$Se
                m/z        abundance
   [1,] 72.92247640  0.000000000e+00
   [2,] 72.92895574  0.000000000e+00
   [3,] 72.93543507  0.000000000e+00
   [4,] 72.94191441  0.000000000e+00
   [5,] 72.94839374  0.000000000e+00
   [6,] 72.95487308  0.000000000e+00
   [7,] 72.96135241  0.000000000e+00
   [8,] 72.96783175  0.000000000e+00
   [9,] 72.97431108  0.000000000e+00
  [10,] 72.98079042  0.000000000e+00
  [11,] 72.98726975  0.000000000e+00
  [12,] 72.99374909  0.000000000e+00
  [13,] 73.00022842  0.000000000e+00
  [14,] 73.00670776  0.000000000e+00
  [15,] 73.01318709  0.000000000e+00
  [16,] 73.01966643  0.000000000e+00
  [17,] 73.02614576  0.000000000e+00
  [18,] 73.03262510  0.000000000e+00
  [19,] 73.03910443  0.000000000e+00
  [20,] 73.04558377  0.000000000e+00
  [21,] 73.05206310  0.000000000e+00
  [22,] 73.05854244  0.000000000e+00
  [23,] 73.06502177  0.000000000e+00
  [24,] 73.07150111  0.000000000e+00
  [25,] 73.07798044  0.000000000e+00
  [26,] 73.08445978  0.000000000e+00
  [27,] 73.09093911  0.000000000e+00
  [28,] 73.09741845  0.000000000e+00
  [29,] 73.10389779  0.000000000e+00
  [30,] 73.11037712  0.000000000e+00
  [31,] 73.11685646  0.000000000e+00
  [32,] 73.12333579  0.000000000e+00
  [33,] 73.12981513  0.000000000e+00
  [34,] 73.13629446  0.000000000e+00
  [35,] 73.14277380  0.000000000e+00
  [36,] 73.14925313  0.000000000e+00
  [37,] 73.15573247  0.000000000e+00
  [38,] 73.16221180  0.000000000e+00
  [39,] 73.16869114  0.000000000e+00
  [40,] 73.17517047  0.000000000e+00
  [41,] 73.18164981  0.000000000e+00
  [42,] 73.18812914  0.000000000e+00
  [43,] 73.19460848  0.000000000e+00
  [44,] 73.20108781  0.000000000e+00
  [45,] 73.20756715  0.000000000e+00
  [46,] 73.21404648  0.000000000e+00
  [47,] 73.22052582  0.000000000e+00
  [48,] 73.22700515  0.000000000e+00
  [49,] 73.23348449  0.000000000e+00
  [50,] 73.23996382  0.000000000e+00
  [51,] 73.24644316  0.000000000e+00
  [52,] 73.25292249  0.000000000e+00
  [53,] 73.25940183  0.000000000e+00
  [54,] 73.26588117  0.000000000e+00
  [55,] 73.27236050  0.000000000e+00
  [56,] 73.27883984  0.000000000e+00
  [57,] 73.28531917  0.000000000e+00
  [58,] 73.29179851  0.000000000e+00
  [59,] 73.29827784  0.000000000e+00
  [60,] 73.30475718  0.000000000e+00
  [61,] 73.31123651  0.000000000e+00
  [62,] 73.31771585  0.000000000e+00
  [63,] 73.32419518  0.000000000e+00
  [64,] 73.33067452  0.000000000e+00
  [65,] 73.33715385  0.000000000e+00
  [66,] 73.34363319  0.000000000e+00
  [67,] 73.35011252  0.000000000e+00
  [68,] 73.35659186  0.000000000e+00
  [69,] 73.36307119  0.000000000e+00
  [70,] 73.36955053  0.000000000e+00
  [71,] 73.37602986  0.000000000e+00
  [72,] 73.38250920  0.000000000e+00
  [73,] 73.38898853  0.000000000e+00
  [74,] 73.39546787  0.000000000e+00
  [75,] 73.40194720  0.000000000e+00
  [76,] 73.40842654  0.000000000e+00
  [77,] 73.41490587  0.000000000e+00
  [78,] 73.42138521  0.000000000e+00
  [79,] 73.42786454  0.000000000e+00
  [80,] 73.43434388  0.000000000e+00
  [81,] 73.44082322  0.000000000e+00
  [82,] 73.44730255  0.000000000e+00
  [83,] 73.45378189  0.000000000e+00
  [84,] 73.46026122  0.000000000e+00
  [85,] 73.46674056  0.000000000e+00
  [86,] 73.47321989  0.000000000e+00
  [87,] 73.47969923  0.000000000e+00
  [88,] 73.48617856  0.000000000e+00
  [89,] 73.49265790  0.000000000e+00
  [90,] 73.49913723  0.000000000e+00
  [91,] 73.50561657  0.000000000e+00
  [92,] 73.51209590  0.000000000e+00
  [93,] 73.51857524 9.881312917e-324
  [94,] 73.52505457 1.057540922e-313
  [95,] 73.53153391 1.427136826e-303
  [96,] 73.53801324 1.312563358e-293
  [97,] 73.54449258 8.227372688e-284
  [98,] 73.55097191 3.514700288e-274
  [99,] 73.55745125 1.023296892e-264
 [100,] 73.56393058 2.030491821e-255
 [101,] 73.57040992 2.745914849e-246
 [102,] 73.57688925 2.530807533e-237
 [103,] 73.58336859 1.589708158e-228
 [104,] 73.58984792 6.805529471e-220
 [105,] 73.59632726 1.985604127e-211
 [106,] 73.60280660 3.948295475e-203
 [107,] 73.60928593 5.350727785e-195
 [108,] 73.61576527 4.941994977e-187
 [109,] 73.62224460 3.110842144e-179
 [110,] 73.62872394 1.334565457e-171
 [111,] 73.63520327 3.902006759e-164
 [112,] 73.64168261 7.775393666e-157
 [113,] 73.64816194 1.055949107e-149
 [114,] 73.65464128 9.773493301e-143
 [115,] 73.66112061 6.165139156e-136
 [116,] 73.66759995 2.650465645e-129
 [117,] 73.67407928 7.765826913e-123
 [118,] 73.68055862 1.550741701e-116
 [119,] 73.68703795 2.110461608e-110
 [120,] 73.69351729 1.957499583e-104
 [121,] 73.69999662  1.237405757e-98
 [122,] 73.70647596  5.331001658e-93
 [123,] 73.71295529  1.565278913e-87
 [124,] 73.71943463  3.132282206e-82
 [125,] 73.72591396  4.271852647e-77
 [126,] 73.73239330  3.970615885e-72
 [127,] 73.73887263  2.515276419e-67
 [128,] 73.74535197  1.085924908e-62
 [129,] 73.75183130  3.195215111e-58
 [130,] 73.75831064  6.407470863e-54
 [131,] 73.76478997  8.757081874e-50
 [132,] 73.77126931  8.156773670e-46
 [133,] 73.77774865  5.178019067e-42
 [134,] 73.78422798  2.240242904e-38
 [135,] 73.79070732  6.605608144e-35
 [136,] 73.79718665  1.327445609e-31
 [137,] 73.80366599  1.818054489e-28
 [138,] 73.81014532  1.697005644e-25
 [139,] 73.81662466  1.079557826e-22
 [140,] 73.82310399  4.680527108e-20
 [141,] 73.82958333  1.383024429e-17
 [142,] 73.83606266  2.785166542e-15
 [143,] 73.84254200  3.822598800e-13
 [144,] 73.84902133  3.575629408e-11
 [145,] 73.85550067  2.279462823e-09
 [146,] 73.86198000  9.903729228e-08
 [147,] 73.86845934  2.932589223e-06
 [148,] 73.87493867  5.918204150e-05
 [149,] 73.88141801  8.139821508e-04
 [150,] 73.88789734  7.630026615e-03
 [151,] 73.89437668  4.874425708e-02
 [152,] 73.90085601  2.122301544e-01
 [153,] 73.90733535  6.297627314e-01
 [154,] 73.91381468  1.273600010e+00
 [155,] 73.92029402  1.755397126e+00
 [156,] 73.92677335  1.648936548e+00
 [157,] 73.93325269  1.055647045e+00
 [158,] 73.93973203  4.605955744e-01
 [159,] 73.94621136  1.369641847e-01
 [160,] 73.95269070  2.775750994e-02
 [161,] 73.95917003  3.833895076e-03
 [162,] 73.96564937  3.608994115e-04
 [163,] 73.97212870  2.315359094e-05
 [164,] 73.97860804  1.012364180e-06
 [165,] 73.98508737  3.016764548e-08
 [166,] 73.99156671  6.126780100e-10
 [167,] 73.99804604  8.480264574e-12
 [168,] 74.00452538  7.999682350e-14
 [169,] 74.01100471  5.143068570e-16
 [170,] 74.01748405  2.253502885e-18
 [171,] 74.02396338  6.729459036e-21
 [172,] 74.03044272  1.369583202e-23
 [173,] 74.03692205  1.899690800e-26
 [174,] 74.04340139  1.795823497e-29
 [175,] 74.04988072  1.156992681e-32
 [176,] 74.05636006  5.080235036e-36
 [177,] 74.06283939  1.520278769e-39
 [178,] 74.06931873  3.100622451e-43
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 [403,] 75.52716915 1.942573463e-288
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 [499,] 76.14918533  6.869719067e-99
 [500,] 76.15566466 1.427925193e-104
 [ reached getOption("max.print") -- omitted 966 rows ]

$C6H6Cl6
               m/z        abundance
  [1,] 286.8600665 8.596420918e-130
  [2,] 286.8845572 1.827275087e-123
  [3,] 286.9090480 2.706474560e-117
  [4,] 286.9335388 2.793300896e-111
  [5,] 286.9580296 2.008839538e-105
  [6,] 286.9825204  1.006668617e-99
  [7,] 287.0070112  3.515131426e-94
  [8,] 287.0315020  8.552840247e-89
  [9,] 287.0559927  1.450083158e-83
 [10,] 287.0804835  1.713125628e-78
 [11,] 287.1049743  1.410260270e-73
 [12,] 287.1294651  8.089526190e-69
 [13,] 287.1539559  3.233409091e-64
 [14,] 287.1784467  9.005586044e-60
 [15,] 287.2029375  1.747740944e-55
 [16,] 287.2274282  2.363501576e-51
 [17,] 287.2519190  2.227144970e-47
 [18,] 287.2764098  1.462361800e-43
 [19,] 287.3009006  6.690752045e-40
 [20,] 287.3253914  2.133088099e-36
 [21,] 287.3498822  4.738669341e-33
 [22,] 287.3743730  7.335298186e-30
 [23,] 287.3988637  7.912120561e-27
 [24,] 287.4233545  5.946778666e-24
 [25,] 287.4478453  3.114471841e-21
 [26,] 287.4723361  1.136582063e-18
 [27,] 287.4968269  2.890220270e-16
 [28,] 287.5213177  5.121236623e-14
 [29,] 287.5458085  6.323135636e-12
 [30,] 287.5702992  5.440062741e-10
 [31,] 287.5947900  3.261287415e-08
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 [63,] 288.3784952  9.782407913e-31
 [64,] 288.4029860  9.938680697e-28
 [65,] 288.4274767  7.056362140e-25
 [66,] 288.4519675  3.499762871e-22
 [67,] 288.4764583  1.212557054e-19
 [68,] 288.5009491  2.934754160e-17
 [69,] 288.5254399  4.961893489e-15
 [70,] 288.5499307  5.860430321e-13
 [71,] 288.5744215  4.835241110e-11
 [72,] 288.5989122  2.786849605e-09
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 [74,] 288.6478938  3.155916584e-06
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 [76,] 288.6968754  8.510739924e-04
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[467,] 298.2727727  5.687934986e-23
[468,] 298.2972634  1.353142439e-25
[469,] 298.3217542  2.301946395e-28
[470,] 298.3462450  2.960186378e-31
[471,] 298.3707358  1.304740724e-29
[472,] 298.3952266  7.644381721e-27
[473,] 298.4197174  3.203373812e-24
[474,] 298.4442082  9.600898285e-22
[475,] 298.4686989  2.058046148e-19
[476,] 298.4931897  3.155275909e-17
[477,] 298.5176805  3.459860325e-15
[478,] 298.5421713  2.713431010e-13
[479,] 298.5666621  1.522011710e-11
[480,] 298.5911529  6.105991509e-10
[481,] 298.6156437  1.751997131e-08
[482,] 298.6401344  3.595419567e-07
[483,] 298.6646252  5.277214621e-06
[484,] 298.6891160  5.539861775e-05
[485,] 298.7136068  4.159413461e-04
[486,] 298.7380976  2.233594078e-03
[487,] 298.7625884  8.578579858e-03
[488,] 298.7870792  2.356489667e-02
[489,] 298.8115699  4.629719439e-02
[490,] 298.8360607  6.505531734e-02
[491,] 298.8605515  6.538075302e-02
[492,] 298.8850423  4.699547344e-02
[493,] 298.9095331  2.416023379e-02
[494,] 298.9340239  8.883522939e-03
[495,] 298.9585147  2.336190837e-03
[496,] 298.9830054  4.394104658e-04
[497,] 299.0074962  5.911143052e-05
[498,] 299.0319870  5.687370681e-06
[499,] 299.0564778  3.913727578e-07
[500,] 299.0809686  1.926232218e-08
 [ reached getOption("max.print") -- omitted 92 rows ]

$C70
               m/z       abundance
  [1,] 839.0000000 4.378514092e-14
  [2,] 839.0702926 5.304472782e-12
  [3,] 839.1405853 4.530869679e-10
  [4,] 839.2108779 2.728630870e-08
  [5,] 839.2811706 1.158595607e-06
  [6,] 839.3514632 3.468509102e-05
  [7,] 839.4217559 7.321122463e-04
  [8,] 839.4920485 1.089522934e-02
  [9,] 839.5623412 1.143191412e-01
 [10,] 839.6326338 8.457176649e-01
 [11,] 839.7029265 4.411189578e+00
 [12,] 839.7732191 1.622220612e+01
 [13,] 839.8435117 4.206181217e+01
 [14,] 839.9138044 7.689355075e+01
 [15,] 839.9840970 9.910960020e+01
 [16,] 840.0543897 9.006693926e+01
 [17,] 840.1246823 5.770838977e+01
 [18,] 840.1949750 2.606972083e+01
 [19,] 840.2652676 8.303433159e+00
 [20,] 840.3355603 1.864684819e+00
 [21,] 840.4058529 2.954942266e-01
 [22,] 840.4761455 3.713079752e-02
 [23,] 840.5464382 5.049308911e-02
 [24,] 840.6167308 3.881539495e-01
 [25,] 840.6870235 2.217921202e+00
 [26,] 840.7573161 8.946082935e+00
 [27,] 840.8276088 2.546282720e+01
 [28,] 840.8979014 5.114063782e+01
 [29,] 840.9681941 7.247887858e+01
 [30,] 841.0384867 7.248407441e+01
 [31,] 841.1087794 5.115163703e+01
 [32,] 841.1790720 2.547195532e+01
 [33,] 841.2493646 8.950573042e+00
 [34,] 841.3196573 2.219348669e+00
 [35,] 841.3899499 3.883593783e-01
 [36,] 841.4602426 4.871344703e-02
 [37,] 841.5305352 1.384083335e-02
 [38,] 841.6008279 8.593807001e-02
 [39,] 841.6711205 5.365093931e-01
 [40,] 841.7414132 2.372450712e+00
 [41,] 841.8117058 7.409218633e+00
 [42,] 841.8819985 1.634158334e+01
 [43,] 841.9522911 2.545436729e+01
 [44,] 842.0225837 2.800121842e+01
 [45,] 842.0928764 2.175394378e+01
 [46,] 842.1631690 1.193563486e+01
 [47,] 842.2334617 4.624869648e+00
 [48,] 842.3037543 1.265610230e+00
 [49,] 842.3740470 2.445992555e-01
 [50,] 842.4443396 3.347534535e-02
 [51,] 842.5146323 4.469685146e-03
 [52,] 842.5849249 1.236070034e-02
 [53,] 842.6552175 8.325387131e-02
 [54,] 842.7255102 4.033925477e-01
 [55,] 842.7958028 1.381692131e+00
 [56,] 842.8660955 3.345036665e+00
 [57,] 842.9363881 5.723956024e+00
 [58,] 843.0066808 6.923050502e+00
 [59,] 843.0769734 5.918402754e+00
 [60,] 843.1472661 3.576163264e+00
 [61,] 843.2175587 1.527340839e+00
 [62,] 843.2878514 4.610631443e-01
 [63,] 843.3581440 9.837670207e-02
 [64,] 843.4284366 1.484414554e-02
 [65,] 843.4987293 1.698593459e-03
 [66,] 843.5690219 1.361238466e-03
 [67,] 843.6393146 9.326496749e-03
 [68,] 843.7096072 4.947222984e-02
 [69,] 843.7798999 1.857632132e-01
 [70,] 843.8501925 4.934281137e-01
 [71,] 843.9204852 9.271541799e-01
 [72,] 843.9907778 1.232377926e+00
 [73,] 844.0610705 1.158776664e+00
 [74,] 844.1313631 7.707605004e-01
 [75,] 844.2016557 3.626628243e-01
 [76,] 844.2719484 1.207120181e-01
 [77,] 844.3422410 2.842249491e-02
 [78,] 844.4125337 4.734611508e-03
 [79,] 844.4828263 5.662351829e-04
 [80,] 844.5531190 1.443309755e-04
 [81,] 844.6234116 8.058898793e-04
 [82,] 844.6937043 4.667794592e-03
 [83,] 844.7639969 1.920556207e-02
 [84,] 844.8342895 5.594657085e-02
 [85,] 844.9045822 1.153826948e-01
 [86,] 844.9748748 1.684723226e-01
 [87,] 845.0451675 1.741554735e-01
 [88,] 845.1154601 1.274577868e-01
 [89,] 845.1857528 6.604140394e-02
 [90,] 845.2560454 2.422628943e-02
 [91,] 845.3263381 6.291848530e-03
 [92,] 845.3966307 1.156912174e-03
 [93,] 845.4669234 1.510871428e-04
 [94,] 845.5372160 2.006063654e-05
 [95,] 845.6075086 5.639019512e-05
 [96,] 845.6778013 3.529465107e-04
 [97,] 845.7480939 1.590447033e-03
 [98,] 845.8183866 5.078745785e-03
 [99,] 845.8886792 1.149133058e-02
[100,] 845.9589719 1.842300099e-02
[101,] 846.0292645 2.092794778e-02
[102,] 846.0995572 1.684492654e-02
[103,] 846.1698498 9.607000433e-03
[104,] 846.2401425 3.882242951e-03
[105,] 846.3104351 1.111613564e-03
[106,] 846.3807277 2.255295426e-04
[107,] 846.4510204 3.244415121e-05
[108,] 846.5213130 3.624474669e-06
[109,] 846.5916057 3.398855023e-06
[110,] 846.6618983 2.200269245e-05
[111,] 846.7321910 1.085038151e-04
[112,] 846.8024836 3.796485913e-04
[113,] 846.8727763 9.419997726e-04
[114,] 846.9430689 1.657487627e-03
[115,] 847.0133615 2.068141605e-03
[116,] 847.0836542 1.829956334e-03
[117,] 847.1539468 1.148237329e-03
[118,] 847.2242395 5.109202019e-04
[119,] 847.2945321 1.612148219e-04
[120,] 847.3648248 3.607342179e-05
[121,] 847.4351174 5.724007457e-06
[122,] 847.5054101 6.440854982e-07

Izotopové poměry

Převody jednotek

[1] 180

Plynný systém mění svůj objem o 1200 ml za konstantního vnějšího tlaku 30 atm. Jakou práci vykoná plyn při expanzi? Vyjádřete v různých energetických jednotkách.

[1] 0.0012
[1] 3039750
[1] 3647.7
[1] 871.8212
[1] 3647.7
[1] 3.6477e+10

Kolik tepla se uvolní při průchodu náboje 26.43 C vodičem při potenciálovém spádu 2.432 V.

Pokus trval 7658 minut. Kolik je to dní, hodin a minut?

[1] "5d 7H 38M 0S"
[1] "5d 7H 38M 0S"

Zaokrouhlování čísel na daný pocet desetinných míst

      [,1]  [,2]
[1,]  1.76  3.76
[2,]  4.76  6.76
[3,]  7.76  8.76
[4,] 10.76 12.76
[5,] 15.76 16.76
      [,1]  [,2]
[1,]  1.77  3.76
[2,]  4.76  6.77
[3,]  7.77  8.77
[4,] 10.77 12.77
[5,] 15.77 16.77

Nejistoty a chyby měření


Attaching package: ‘errors’

The following object is masked from ‘package:seacarb’:

    errors
3.6020 ± 0.0080
3.6020(80)

Ze zásilky kaprolaktamu bylo odebráno 10 vzorku a byl u nich stanoven bod tání. Vypočítejte průměrnou hodnotu bodu tání v zásilce a její směrodatnou odchylku.

Error in string(print(e, digits = 2)) : could not find function "string"

Sireni chyb

$var.name
[1] "lambda.s"    "dbar.lambda" "delta.Cr"    "delta.Cnr"  
[5] "alpha.s"     "delta.alpha" "thetabar"    "Delta"      
[9] "delta.theta"

$unit
expression("nm", "nm", "nm", "nm", degree * 
    C^-1, degree * C^-1, degree * C, degree * C, degree * C)

$x.i
[1]  5.000062e+07  2.150000e+02  0.000000e+00  0.000000e+00
[5]  1.150000e-05  0.000000e+00 -1.000000e-01  0.000000e+00
[9]  0.000000e+00

$u.i
[1] 2.5e+01 5.8e+00 3.9e+00 6.7e+00 1.2e-06 5.8e-07 2.0e-01
[8] 3.5e-01 2.9e-02

$nu.i
[1]  18  24   5   8 Inf  50 Inf Inf   2

$type
[1] "B" "A" "B" "B" "B" "B" "B" "B" "B"

$distribution
[1] "Normal"        "Normal"        "Normal"       
[4] "Normal"        "Rectangular"   "Rectangular"  
[7] "Not Specified" "Arcsine"       "Rectangular"  

$measurement.fnc
[1] "(lambda.s*(1+alpha.s*(thetabar+Delta+delta.theta))+dbar.lambda+delta.Cr+delta.Cnr)/(1+(alpha.s+delta.alpha)*(thetabar+Delta))"

$correlation
      [,1] [,2] [,3] [,4] [,5] [,6] [,7] [,8] [,9]
 [1,]    1    0    0    0    0    0    0    0    0
 [2,]    0    1    0    0    0    0    0    0    0
 [3,]    0    0    1    0    0    0    0    0    0
 [4,]    0    0    0    1    0    0    0    0    0
 [5,]    0    0    0    0    1    0    0    0    0
 [6,]    0    0    0    0    0    1    0    0    0
 [7,]    0    0    0    0    0    0    1    0    0
 [8,]    0    0    0    0    0    0    0    1    0
 [9,]    0    0    0    0    0    0    0    0    1

$shared.u.i
[1] "lambda.s"    "dbar.lambda" "delta.Cr"    "delta.Cnr"  
[5] "alpha.s"     "delta.alpha" "thetabar"    "Delta"      
[9] "delta.theta"

Vypočítejte hustotu a její chybu pro látku, u níž byla opakovaným měřením stanovena hmotnost 6.824 (0.008) g a objem 3.03 (0.01) ml.

Results from uncertainty propagation:
     Mean.1      Mean.2        sd.1        sd.2        2.5% 
2.252145215 2.252169745 0.007887829 0.007887910 2.236709711 
      97.5% 
2.267629780 
Results from Monte Carlo simulation:
       Mean          sd      Median         MAD        2.5% 
2.252147530 0.007865567 2.252134683 0.007849750 2.236838921 
      97.5% 
2.267579899 

Na píst o průměru 200 (0.05) mm působí pára tlakem 8.2 (0.1) atm. Jakou silou působí pára na píst?

Vypočítejte koeficient viskozity roztoku glycerinu Stokesovou metodou

Results from uncertainty propagation:
    Mean.1     Mean.2       sd.1       sd.2       2.5% 
0.66658893 0.66664378 0.01214241 0.01214272 0.64284446 
     97.5% 
0.69044310 
Results from Monte Carlo simulation:
      Mean         sd     Median        MAD       2.5% 
0.66662689 0.01214628 0.66655084 0.01211801 0.64300977 
     97.5% 
0.69063187 
          r     l    t     g    d0    d
[1,] 0.0112 31.23 62.1 980.1 13.55 1.28
[2,] 0.0001  0.05  0.2   0.0  0.00 0.00
    Mean.1     Mean.2       sd.1       sd.2       2.5% 
0.66658893 0.66664378 0.01214241 0.01214272 0.64284446 
     97.5% 
0.69044310 
      Mean         sd     Median        MAD       2.5% 
0.66662689 0.01214628 0.66655084 0.01211801 0.64300977 
     97.5% 
0.69063187 
          r     l    t
[1,] 0.0112 31.23 62.1
[2,] 0.0001  0.05  0.2
    Mean.1     Mean.2       sd.1       sd.2       2.5% 
0.66658893 0.66664378 0.01214241 0.01214272 0.64284446 
     97.5% 
0.69044310 
      Mean         sd     Median        MAD       2.5% 
0.66664227 0.01213821 0.66662723 0.01219665 0.64301492 
     97.5% 
0.69045151 
0.67 ± 0.01
0.67(1)

Vypočítejte koeficient viskozity roztoku glycerinu pomocí kapilárního viskozimetru.

[1] 3.141593
Results from uncertainty propagation:
     Mean.1      Mean.2        sd.1        sd.2        2.5% 
0.057476383 0.057485951 0.001211458 0.001211534 0.055111385 
      97.5% 
0.059860517 
Results from Monte Carlo simulation:
       Mean          sd      Median         MAD        2.5% 
0.057481093 0.001207036 0.057477011 0.001201292 0.055120264 
      97.5% 
0.059857552 
               p       r        l         V     t
[1,] 2682.446053 5.7e-04 0.010526 5.025e-06 27.34
[2,]    1.333224 3.0e-06 0.000005 1.000e-09  0.02
     Mean.1      Mean.2        sd.1        sd.2        2.5% 
0.057476383 0.057485951 0.001211458 0.001211534 0.055111385 
      97.5% 
0.059860517 
       Mean          sd      Median         MAD        2.5% 
0.057481093 0.001207036 0.057477011 0.001201292 0.055120264 
      97.5% 
0.059857552 
0.057 ± 0.001
0.057(1)

Součin rozpustnosti stříbrné soli AgX má hodnotu Ks = 4.0 (0.4) x 10^-8. Jaká je chyba vypočtené rovnovážné koncentrace stříbrných iontů ve vode?


Uncertainty evaluation

Call:
  uncert.function(obj = f, x = x, u = u, method = "NUM")

Expression: function (a) 

Evaluation method:  NUM 

Uncertainty budget:
  x     u     c    u.c  
a 4e-08 4e-09 2500 1e-05

   y:  2e-04
u(y):  1e-05 

Uncertainty evaluation

Call:
  uncert.formula(obj = ~a^0.5, x = x, u = u, method = "NUM")

Expression: ~a^0.5

Evaluation method:  NUM 

Uncertainty budget:
  x     u     c    u.c  
a 4e-08 4e-09 2500 1e-05

   y:  2e-04
u(y):  1e-05 

Nejistoty a korelace

---
title: "R Notebook"
output: html_notebook
---


```{r echo=FALSE, message=FALSE, warning=FALSE}


install.packages(pkgs = "")
install.packages(file_name_and_path, repos = NULL, type="source")


# RStudio - cran

# RStudio - archiv

# GitHub
library(devtools)
install_github("Momocs",username="jfpalomeque")
install_github("jfpalomeque/Momocs")


# Bioconductor
# https://www.bioconductor.org/
if (!require("BiocManager", quietly = TRUE))
    install.packages("BiocManager")
BiocManager::install(version = "3.14")

BiocManager::available()

if (!requireNamespace("BiocManager", quietly = TRUE))
    install.packages("BiocManager")
BiocManager::install("Rchemcpp")
BiocManager::install("biodb")


# Search

library(pkgsearch)
pkg_search_addin(query = "", viewer = c("dialog", "browser"))

# https://www.itl.nist.gov/div898/education/datasets.htm


library(NCmisc)
require(NCmisc)

summarise.r.datasets()
summarise.r.datasets(filter=TRUE,"matrix")

```


Přiřazení hodnoty proměnné

```{r echo=FALSE, warning=FALSE}

x <- -7
x

x = -7; x

(x = -7)


library(schoolmath)
schoolmath::is.negative(x)
schoolmath::is.positive(x)
schoolmath::is.real.positive(x)

abs(x)

```


Sčítání, odčítání, násobení a dělení

```{r echo=FALSE, message=FALSE, warning=FALSE}

3+3
9-3
3*3
9/3

x = 9
x+3
x-3
x*3
x/3
(x-3)/(x/3)

1/0
Inf*Inf
Inf/Inf
0/0


# celociselne deleni (intager division)
13%/%2
library(numbers)
div(13,2)  

# zbytek po deleni (reminder after division)
13%%2
library(numbers)
mod(13,2) 

```


Převod desetinných čísel na zlomky

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(MASS)
fractions(-0.1666667)
fractions(0.14)
fractions(0.4)

library(schoolmath)
decimal2fraction(0.1,6)

library(fractional)
fractional(-0.1666667, eps = 1e-06, maxConv = 20, sync = FALSE)
numerators(-0.1666667) # vypise citatele (numerator)
denominators(-0.1666667) # vypise jmenovatele (denominator)
numerical(-1/6)
unfractional(-1/6)

# zjednodusení zlomku (fractions simplification)
library(schoolmath)
cancel.fraction(42, 56)
cancel.fraction(-167, 100)


# Nejvetsi spolecny delitel (greatest common divisor)
x = 12
y = 8
library(schoolmath)
schoolmath::gcd(x, y)
library(DescTools)
DescTools::GCD(x, y, na.rm = FALSE)
DescTools::GCD(c(12,10,8), na.rm = FALSE)


# Nejmensi spolecny nasobek (smallest common multiple)
x = 12
y = 8
library(schoolmath)
schoolmath::scm(x, y)
library(DescTools)
DescTools::LCM(x, y)
DescTools::LCM(c(12,10,8), na.rm = FALSE)

```


Mocniny a odmocniny

```{r echo=FALSE, message=FALSE, warning=FALSE}

x = 9
y=4

sqrt(x)
x^(1/2)
x^(-1/2)

x**2
x^2
x^(-2)


# zda je cislo mocninou celeho cisla

library(numbers)
isIntpower(144)
isIntpower(8)

```


Exponenty a logaritmy

```{r echo=FALSE, message=FALSE, warning=FALSE}

### Exponenty ###
x = 2
10^x # exponent
10**x # exponent

x = 2
exp(x)   # e^x


### Prirozeny logaritmus ###
x = 10
log(x)  # base e
log(x, base = exp(1))  # base e
log(0)


### Dekadicky logaritmus ###
x = 10
log10(x) # base 10
log(x,base = 10)
log10(0)

```


Goniometrické funkce

```{r echo=FALSE, message=FALSE, warning=FALSE}

x = pi/2
cos(x)
sin(x)
tan(x)

x = 1
acos(x)
asin(x)
atan(x)


# prevod uhly vs radiany
library(pracma)
deg2rad(120) 
rad2deg(3.14)

```


Vypočítejte pH 0.001 M kyseliny chlorovodíkové, 0.01 M hydroxidu sodného, 0.15 M kyseliny octové (Ka = 1.75e-5) a 0.01 M amoniaku (Kb = 1.8e-5)

```{r echo=FALSE, message=FALSE, warning=FALSE}

# HCl
pH = -log10(0.001); pH


# NaOH
pH = 14 - (-log10(0.01)); pH


# CH3COOOH
pH = (-log10(1.75e-5)-log10(0.15))/2; pH

library(ch)
monoa(ka=1.75e-5, c=0.15, digits = 2)
mono(ka=1.75e-5, c=0.15, digits = 4, acid = TRUE, kw = 1e-14)


# NH4OH
pH = 14 - (-log10(1.8e-5)-log10(0.01))/2; pH

library(ch)
monob(ka=1.8e-5, c=0.01, digits = 2)
mono(ka=1.8e-5, c=0.01, digits = 4, acid = FALSE, kw = 1e-14)

```


Matematické konstanty

```{r echo=FALSE, message=FALSE, warning=FALSE}

### Ludolfovo cislo ####
pi
print(pi, digits=20)

### Eulerovo cislo ####
exp(1)
print(exp(1), digits=20) 

```


Vektory - generování řady čísel

```{r echo=FALSE, message=FALSE, warning=FALSE}

1:6
c(2:12)
rev(c(2:12))

seq(from=1, to=20, by=2)
seq(5, -5, -1)
seq(from=5, by=-1, along.with = 1:20)

rep(1, len = 9)
rep(1:4, len = 9)
rep(1:4, 2)
rep(1:4, each = 2)       # not the same.
rep(1:4, each = 2, len = 4)    # first 4 only.
rep(1:4, each = 2, times = 3)  

```


Vektory - řada náhodných čísel z daného rozmezí

```{r echo=FALSE, message=FALSE, warning=FALSE}

# set.seed(123)
sample(12:99, 9, replace = FALSE) # bez opakovani
sort(sample(1:20, 9, replace = FALSE))
sample(12:99, 9, replace = TRUE) # s opakovanim
sort(sample(1:20, 9, replace = TRUE))

rnorm(n=6, mean=0, sd=1)
rnorm(6,9,1.5)

rbinom(30,c(0,1),0.5) #mince
rbinom(30,c(1:6),(1/6)) #kostka (dice)

runif(n=5, min=0, max=1) # rovnomerne rozdeleni
runif(6,-2,2)

```


Indexy

```{r echo=FALSE, message=FALSE, warning=FALSE}
set.seed(123) # generator nahodnych cisel
x = sample(12:99,19, replace = FALSE)
is.vector(x)
x
x[1]
x[1:5]
x[c(1:5)]
x[length(x)]
x[(length(x)-1)]
x[-1]
x[-(1:5)]
x[-c(1:5)]
x[-length(x)]
x[(length(x)-3):length(x)]#posledni 4 hodnoty
x[c(1,4,7)]#vybrane hodnoty
which.max(x)
which.min(x)
library(Rmpfr)
which.min(x)
which(x<=50)
x[which(x<=50)]
x[x<=50]
which(x>=50)
x[which(x>=50)]
which(x == max(x))#maximalni hodnota
which(x == 10)
which(x != 10)
x[x > 40]#hodnoty vyssi nez 40.
x[x < 40]#hodnoty mensi nez 40
which(x > 10)#hodnoty vyssi nez 10.
which(x < 10)#hodnoty mensi nez 10.

```


Uspořádání vektoru

```{r echo=FALSE, message=FALSE, warning=FALSE}

x = sample(12:99,19, replace = FALSE)

rank(x)  # vhodne pro vektory, nevhodne pro matice 

sort(x, decreasing = FALSE)
sort(x, decreasing = TRUE)
sort(x[which(x>=50)])
order(x)  # poradi (indexy) pro sort
x[order(x)]

```


Množiny

```{r echo=FALSE, message=FALSE, warning=FALSE}

x = 10

x == 0
x != 0
x == 10
x != 10
x>0
x<0
x>=0
x>=10
x<=10
-x>=10

library(extraoperators)
# https://joshuawiley.com/extraoperators/
x%l%10 # <
x%le%10 # <=
x%g%10 # >
x%ge%10 # >=
 
 
x <- c(sort(sample(1:20, 3)))

x>5 & x<10 # 5 < x AND x < 11
x>5 | x<10 # 5 < x OR x < 11

library(extraoperators)
# https://joshuawiley.com/extraoperators/

5%gl%10 # # 5 < x AND x < 11 (5, 11)
5%gel%10 # 5 <= x AND x < 11 [5, 11)
5%gle%10 # 5 < x AND x <= 11 (5, 11]
5%gele%10 # 5 <= x AND x <= 11 [x, y]


y <- c(sort(sample(3:23, 7)))

union(x, y) # sjednoceni
intersect(x, y) # prunik
setdiff(x, y) # rozdil mnozin
setdiff(y, x) # rozdil mnozin


# kladne vs. zaporne cislo
x <- c(-1, -2, 3.02, 4, -5.2, 6, -7, 0) 
schoolmath::is.negative(x)
schoolmath::is.positive(x)
schoolmath::is.real.positive(x)

# sude vs. liche cislo
x <- c(1, 2, 3, 4, 5, 6, 7) 
schoolmath::is.even(x)
schoolmath::is.odd(x)
x %% 2 == 0 
x %% 2 != 0

```


Vektorová aritmetika

```{r}
a = c(1, 3, 5, 7) 
b = c(1, 2, 4, 8) 
5 * a
a + b 
a - b 
a * b 
a / b

u = c(10, 20, 30) 
v = c(1, 2, 3, 4, 5, 6, 7, 8, 9) 
u + v 

diff(u)
diff(v)


max(x)
min(x)
range(x)
library(DescTools)
Range(x)
sum(x)
cumsum(x)
prod(x)
cumprod(x)
diff(x)
sign(x)

```


Filtrování hodnot ve vektoru

```{r}

x = sample(12:99, 9, replace = TRUE)
x
unique(x)
table(x)
summary(as.factor(x))
# frekvence vyskytu daneho cisla
sum(x==32)
length(which(x==57))


numbers =c(4,23,4,23,5,43,54,56,657,67,67,435,453,435,7,65,34,435)
table(numbers)[2]==1
numbers[2]
sum(numbers==435)

duplicated(numbers) # identifying duplicated elements 
numbers[duplicated(numbers)]
unique(numbers) # extracting unique elements,

```


Matice

```{r}

x = sample(12:99,18, replace = FALSE); x
matrix(x,nrow=6,ncol=3,byrow = TRUE)
matrix(x,nrow=6,ncol=3,byrow = FALSE)


x1 = sample(12:99,19, replace = FALSE)
x2 = sample(12:99,19, replace = TRUE)

x12 = rbind(x1,x2)
x12 = cbind(x1,x2)
is.matrix(x12)
nrow(x12)
ncol(x12)

x12[order(x1),]
x12[order(x2),]
x12[,1]
x12[,"x"]
x12$x

colnames(x12)
colnames(x12)=c("X","Y")
rownames(x12)
rownames(x12) = LETTERS[1:length(x1)] 

```


Dataframes

```{r echo=FALSE, message=FALSE, warning=FALSE}

x1 = sample(12:99,19, replace = FALSE)
x2 = sample(12:99,19, replace = TRUE)
z = LETTERS[1:length(x1)] 

x12 = rbind(x1,x2,z)
x12 = cbind(x1,x2,z)
nrow(x12)
ncol(x12)
is.data.frame(x12)
is.matrix(x12)

x12 = as.data.frame(x12)
x12[,1] = as.numeric(x12[,1])
x12[,2] = as.numeric(x12[,2])

is.data.frame(x12)
colnames(x12)
rownames(x12)
as.matrix(x12)


mean(x1)
mean(as.numeric(x12[,1]))

```


Seznamy (lists)

```{r echo=FALSE, message=FALSE, warning=FALSE}

x= list(1,2,3)
names(x) = c("x1","x2","x3")
x$x1[1]
x[[2]][1]

x1 = sample(12:99,19, replace = FALSE)
x2 = sample(12:99,19, replace = TRUE)
x3 = sample(12:99,19, replace = TRUE)
z = LETTERS[1:length(x1)] 

x123 = list(x1,x2,x3,z)
is.list(x123)
names(x123) = c("x1","x2","x3","z") 
x123$x1
x123[[1]]


x1 = sample(12:99,19, replace = FALSE)
x2 = sample(12:99,19, replace = TRUE)
x3 = sample(12:99,19, replace = TRUE)
LL = list(x1,x2,x3)
names(LL) = c("x1","x2","x3")

LL[[2]][3]
LL$x2[3]

```



Vypočítejte molekulové hmotnosti alkanů C1 - C12.

```{r echo=FALSE, message=FALSE, warning=FALSE}

HC = function(n){n*12.011 + (2*n + 2)*1.008}

hc112 = HC(c(1:12))
names(hc112) = c(1:12)
hc112

hc112 = sapply(c(1:12),HC)
names(hc112) = c(1:12)
hc112

hc112 = lapply(c(1:12),HC)
names(hc112) = c(1:12)
hc112

```


Vliv 3 ůzných druhů krmiva na přírůstek živé váhy (v kg) prasat, rozdělených do 4 různých skupin. 

```{r echo=FALSE, message=FALSE, warning=FALSE}

A = c(7.0, 16.0, 10.5, 13.5)
B = c(14.0, 15.5, 15.0, 21.0)
C = c(8.5, 16.5, 9.5, 13.5)
ps =cbind(A,B,C)
colnames(ps) = c("A","B","C")
rownames(ps) = c("I","II","III","IV")
ps

colSums(ps)
rowSums(ps)

colMeans(ps)
rowMeans(ps)

apply(ps,2,mean)
apply(ps,1,mean)

# deleni hodnot ve sloupci sumou sloupce
sup = apply(ps,2,sum)
sapply(c(1:3),function(i){ps[,i]/sup[i]})


library(reshape2)
melt(ps)
pr = setNames(melt(ps), c('serie','krmeni','prirustek'))
pr

as.data.frame(pr)
as.matrix(pr)

acast(pr,serie ~ krmeni)


st = stack(as.data.frame(ps)); st
unstack(st)


prirustek = pr[,"prirustek"]
serie = as.factor(pr[,"serie"])
krmeni = as.factor(pr[,"krmeni"])

aggregate(prirustek,list(krmeni), FUN=mean)
aggregate(prirustek,list(serie,krmeni), FUN=mean)

tapply(prirustek, list(krmeni), mean)
tapply(pr$prirustek, pr$krmeni, mean)



lps = list(A,B,C)
lps
names(lps) = c("A","B","C")
lps

unlist(lps)

do.call(cbind,lps)

sapply(lps,mean)
lapply(lps,mean)


st = stack(lps); st
unstack(st)

library(reshape2)
melt(lps)
lpr = setNames(melt(lps), c('krmeni','prirustek'))
lpr


```


Pipe operator (%>%) v R

```{r}

a = 3.14159
b = seq(from = a,10,3)
round(b,3)

a = 3.14159
seq(round(a,3),10,3)

# pipe operator
library(magrittr)
a = 3.14159
a %>% seq(10,3) %>% round(3)

```


Příkaz if-else

```{r}

x = sample(12:99,18, replace = FALSE); x

ifelse(x<50,0,1)
x[x<50] = 0
x[x>=50] = 1
x

```


Vypocítejte vazebnou energii atomového jádra pomoci Bethe - Weiszackerovy rovnice B = 14.0 - 13.1*A^(2/3) + 0.585*Z*(Z-1)/A^(1/3) - (18.1*(A-2*Z)^2)/A + C/A, kde
A - nukleonove cislo, Z - atomove cislo, C - konstanta, pro jádra se sudým počtem protonů i neutronů je rovna 132, 
pro jádra s lichým počtem protonů i neutronů je rovna -132, pro lichy počet protonů a sudý počet neutronů a naopak je rovna 0.

```{r}

# alpha particle
A = 4 
Z = 2

# U-235
A = 235 
Z = 92

# funkce
N = A-Z
if (N%%2==0 & Z%%2==0){C = 132} else if (N%%2!=0 & Z%%2!=0){C = -132} else {C = 0}
B = 14.0 - 13.1*A^(2/3) + 0.585*Z*(Z-1)/A^(1/3) - (18.1*(A-2*Z)^2)/A + C/A
B # [MeV]
B/A # energie na 1 nukleon [MeV]

# polomer jadra: R = R0 * A^(1/3)
R0 = 1.4e-13 # [cm]
R = R0 * A^(1/3)
R = R*10e-15 
R   # [m]

```


Cyklus typu while

Vypočítejte molekulové hmotnosti alkanů C1 - C12 (while loop)

```{r}

n = 1
Mhc = NULL
while(n <= 12){
  hc = n*12.011 + (2*n + 2)*1.008
  Mhc = c(Mhc,hc)
  n = n+1
}
names(Mhc) = c(1:12)
Mhc

```


Cyklus typu for (for loop)

Vypočítejte molekulové hmotnosti alkanů C1 - C12

```{r}

Mhc = NULL
for(n in c(1:12)){
  hc = n*12.011 + (2*n + 2)*1.008
  Mhc = c(Mhc,hc) 
}
names(Mhc) = c(1:12)
Mhc

```


Vypočítejte střední kvadratickou rychlost molekul daných plynů v rozmezí teplot od 150 K do 500 K s krokem 50 K.

```{r}

el = c("H2","He", "O2", "Kr")
M = c(2.0159, 4.0026, 31.9988, 83.8) # [g / mol]
Ts = seq(from=150, to=500, by=50) # [K]
R = 8314.34 # [J / kmol K]
MKV = NULL
for(tt in Ts){
  mkv= rep(0, length(M))
  for(ii in c(1:length(M))){
    mkv[ii] = (3*R*tt/M[ii])^(1/2)
  }
  MKV = rbind(MKV, mkv)   
}
colnames(MKV) = el
rownames(MKV) = Ts
MKV
plot(0,0,xlim=c(min(Ts),max(Ts)),ylim = c(min(MKV),max(MKV)), type ="n",xlab="T [K]",ylab="str. kv. rychlost [m/s]")
for(ii in c(1:length(M))){points(Ts,MKV[,ii], type="p",col=ii,pch=16)}
legend("topleft",legend=el,col=c(1:length(M)),pch=16,cex=.8)

```


Fyzikální konstanty

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(marelac)
data(Constants)
Constants

# Univerzalni plynova konstanta
Constants$gasCt1
Constants$gasCt2
Constants$gasCt3
R = as.numeric(Constants$gasCt2[1]); R # hodnota
Constants$gasCt2[2] # jednotka


library(constants)
codata
syms_with_errors
syms_with_units

lookup("planck", ignore.case=TRUE)
lookup("avogadro", ignore.case=TRUE)
lookup("faraday", ignore.case=TRUE)
lookup("molar", ignore.case=TRUE)
lookup("molar mass", ignore.case=TRUE)
lookup("light", ignore.case=TRUE)
lookup("boltzmann", ignore.case=TRUE)
lookup("mass", ignore.case=TRUE)
lookup("mass constant", ignore.case=TRUE)
lookup("proton mass", ignore.case=TRUE)
lookup("electron mass", ignore.case=TRUE)

# Univerzalni plynova konstanta
lookup("gas", ignore.case=TRUE)
codata[134,]
R = as.numeric(codata[134,5]) # hodnota
Ru = as.numeric(codata[134,6]) # nejistota
codata[134,7] # jednotka

```


```{r}

library(ch)
period_table()

library(DescTools)
data(d.periodic)
d.periodic

library(loon.data)
data(elements)
elements

library(PeriodicTable)
data(periodicTable)
periodicTable

el = "Se"
pel = periodicTable[which(periodicTable$symb==el),]
pel$config
pel$mass
pel$Eneg
vel = pel$group-10  # pocet valencnich elektronu atomu


# Slozeni atmosfery
library(marelac)
atmComp() 


library(CHNOSZ)
# atomova hmotnost
AW = mass("Ca"); AW
# molarni hmotnost
MW = mass("CaCO3"); MW
# pocet atomu prvku ve vzorci
ce = count.elements("CaCO3"); ce
as.chemical.formula(ce, drop.zero = TRUE)

library(marelac)
data(AtomicWeight)
AtomicWeight

AtomicWeight[AtomicWeight$Symbol == "C",]
atomicweight$C 
with(atomicweight, C)
with(atomicweight, H * 2 + O)

molweight("CO2") 
molweight("HCO3") 
molweight("H") 
molweight("H3PO4")
molweight("CH3CH2CHCHCH2CHCHCH2CHCHCH2CHCHCH2CHCH(CH2)3COOH") # eicosapentaenoic acid (EPA) 
molweight("C20H30O2")
molweight(c("C2H5OH", "CO2", "H2O")) 
molweight(c("SiOFH4", "NaHCO3", "C6H12O6", "Ca(HCO3)2", "Pb(NO3)2", "(NH4)2SO4"))

library(biogas)
molMass("C6H12O6")
molMass(c("C6H12O6", "CH3COOH"))
molMass("H3C(CH2)5COOH")
molMass('FeSO4(H2O)7') # hydrates
molMass("(C6H12O6)0.24999 (H3COOH)0.75001")

```


Určete délku měděného drátu o průměru 1.6 mm jehož hmotnost je 0.8 kg. Hustota mědi je 8900 kg/m3.

```{r}

library(PeriodicTable)
data(periodicTable)
ptCu = periodicTable[which(periodicTable$symb=="Cu"),]
ptCu$density

hm = 0.8 # kg
rho = ptCu$density*1000 # kg/m3
# rho = 8900 # kg/m3
d = 1.6e-3 # m

V = hm/rho
S = pi*(d/2)^2
L = V/S; L

paste("Délka drátu je", round(L,0), "m.")

```


Disociační konstanty

```{r echo=FALSE, message=FALSE, warning=FALSE}

#https://chem.libretexts.org/Ancillary_Materials/Reference/Reference_Tables/Equilibrium_Constants/E1%3A_Acid_Dissociation_Constants_at_25C


library(seacarb)
Kd1 = K1p(S=0, T=25, P=0, pHscale="T", kSWS2scale="x", warn="n")
pKa1 = -log10(Kd1); pKa1
Kd2 = K2p(S=0, T=25, P=0, pHscale="T", kSWS2scale="x", warn="n")
pKa2 = -log10(Kd2); pKa2
Kd3 = K3p(S=0, T=25, P=0, pHscale="T", kSWS2scale="x", warn="n")
pKa3 = -log10(Kd3); pKa3

library(seacarb)
bjerrum(K1=Kd1[1], K2=Kd2[1], K3=Kd3[1], phmin=1, phmax=13, by=0.1, conc=1,type="l", col=c(2,3,4,6), ylab="Relative concentration (%)", add=FALSE)


library(SolveSAPHE)
AK_PHOS_1_MILL95(t_k=298,s=0, p_bar=0)
AK_PHOS_2_MILL95(t_k=298,s=35, p_bar=0)
AK_PHOS_3_MILL95(t_k=298,s=0, p_bar=0)


library(AquaEnv)
data(PhysChemConst)
PhysChemConst

```

Izotopy

```{r}

library(enviPat)
data(isotopes)
isotopes

library(ecipex)
nistiso
nistiso$mass
nistiso$abundance
nistiso$element

library(IsoSpecR)
data(isotopicData)
isotopicData

library(CIAAWconsensus)
ciaaw.mass.2003
ciaaw.mass.2012
ciaaw.mass.2016

```


Izotopové patterny

```{r echo=FALSE, message=FALSE, warning=FALSE}

chemforms = c("Se", "C6H6Cl6", "C70")
resol = 3000

library(enviPat)
data(isotopes)

pattern = isopattern(isotopes, chemforms, threshold = 0.001, charge = FALSE, emass = 0.00054858, plotit = TRUE, algo=1, rel_to = 0, verbose = TRUE, return_iso_calc_amount = FALSE)
pattern

profiles = envelope(pattern, ppm = FALSE, dmz = "get", frac = 1/4, env = "Gaussian",resolution = resol, plotit = TRUE, verbose = TRUE)

centro = vdetect(profiles,detect="centroid",plotit=TRUE,verbose=TRUE)

```

Izotopové poměry

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(CIAAWconsensus)

## Normalizace údajů o izotopech platiny na platinu-195
normalize.ratios(platinum.data, "platinum", "195Pt")

## Konsenzuální poměry množství izotopů platiny 
df=normalize.ratios(platinum.data, "platinum", "195Pt") 
mmm(df$R, df$u.R)

## Izotopové poměry zinku z izotopových zastoupení 
x = c(0.48630, 0.27900, 0.04100, 0.18750, 0.00620) 
ux = c(0.00091, 0.00076, 0.00031, 0.00135, 0.00010) 
z = abundances2ratios(x,ux,ref=2); z
at.weight(z$R,z$R.cov,"zinc","66Zn")

## Atomová hmotnost a izotopové zastoupení iridia, které odpovídají poměru izotopů 191Ir/193Ir = 0,59471(13) 
at.weight(0.59471, matrix(0.00013^2), "iridium", "193Ir")

## Atomová hmotnost a izotopové zastoupení křemíku, které odpovídají izotopovým poměrům 28Si/29Si = 1,074(69) a 30Si/29Si = 260(11) s korelací 0,80 mezi oběma izotopovými poměry. 
ratios = c(1.074,260) 
r.cov = matrix(c(0.069^2,0.80*0.069*11,0.80*0.069*11,11^2),ncol=2,byrow=TRUE) 
at.weight(ratios, r.cov, "silicon", "29Si")

```


Převody jednotek

```{r echo=FALSE, message=FALSE, warning=FALSE}
library(measurements)
conv_unit_options # pouzivane jednotky

# length
conv_unit(1, from="mm", to="m")
conv_unit(1, from="nm", to="angstrom")

# pressure
conv_unit(101, from="Pa", to="mmHg")
conv_unit(1, from="atm", to="Pa")

# temperature
conv_unit(100, from="C", to="K")

# energy
conv_unit(500, from="cal", to="J")
conv_unit(1, from="erg", to="J")

#volume
conv_unit(100, from="l", to="m3")

# mass
conv_unit(100, from="g", to="mg")
conv_unit(100, from="ug", to="g")

# speed
conv_unit(1, from="km_per_hr", to="m_per_sec")
conv_unit(1, from="light", to="km_per_hr")
conv_unit(1, from="light", to="m_per_sec")


### multiunits
conv_multiunit(x = 1, from="ug / l", to="g / m3")
conv_multiunit(x = 1, from="mg / l", to="kg / m3")
conv_multiunit(x = 1, from="cal / kg", to="J / g")


#### nasobky jednotek SI
library(sitools)
f2si(10000)
f2si(0.023, unit="l")
f2si(3.5e-5, unit="mol")
numbers <- c(1e5, 3.5e-12, 0.004) 
f2si(numbers, unit="g")

sapply(numbers,function(x){f2si(x, unit="g")})


# Prevod casovych jednotek

library(datetime)

xx = as.minute(60) # 60 min
as.second(xx)
as.hour(xx)
as.day(xx)

library(lubridate)
dur = duration(week=0,day=0.04166667,hours=1,minutes=0,seconds=3600)
as.numeric(dur, "minutes")


library(photobiology)
T2A(0.99, action = NULL, byref = FALSE, clean = TRUE) # transmitance na absorbanci
T2Afr(0.99, Rfr = 1/4, byref = FALSE, clean = TRUE) # transmitance na absorptanci (s danou mirou reflektance vzorku)
A2T(0.01, action = NULL, byref = FALSE, clean = TRUE) # absorbance na transmitanci

```


Plynný systém mění svůj objem o 1200 ml za konstantního vnějšího tlaku 30 atm. Jakou práci vykoná plyn při expanzi? Vyjádřete v různých energetických jednotkách.

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(measurements)

# W = p . dV
dV = 1200 # [ml]
dV = conv_unit(dV, from="ml", to="m3"); dV
p = 30 # [atm] to [Pa]
p = conv_unit(p, from="atm", to="Pa"); p
W = p*dV; W # [J]
W1 = conv_unit(W, from="J", to="cal"); W1 # [cal]
W2 = conv_unit(W, from="J", to="Wsec"); W2 # [W.s]
W3 = conv_unit(W, from="J", to="erg"); W3 # [erg]

```


Kolik tepla se uvolní při průchodu náboje 26.43 C vodičem při potenciálovém spádu 2.432 V.

```{r echo=FALSE, message=FALSE, warning=FALSE}

# Q = U . I . t = U . q 
q = 26.43 # [C]
U = 2.432 # [V]
Q = U*q; Q # [J]
Q1 = conv_unit(Q, from="J", to="cal"); Q1 # [cal]
Q3 = conv_unit(Q, from="J", to="erg"); Q3 # [erg]

```


Pokus trval 7658 minut. Kolik je to dní, hodin a minut?

```{r echo=FALSE, message=FALSE, warning=FALSE}

tt = 7658 # [min]

library(lubridate)
seconds_to_period(tt*60)
library(datetime)
seconds_to_period(as.second(as.minute(tt)))

```


Zaokrouhlování čísel na daný pocet desetinných míst

```{r echo=FALSE, message=FALSE, warning=FALSE}

round(1234.567,2)
round(123.456,digits=2)
ceiling(1234.567)
floor(1234.567)
trunc(1234.567)

library(guf)
round_something(123.456, decimals = 2)
round_something("123.456", decimals = 2)

library(PKNCA)
roundString(3141.59265, digits = 3, sci_range = 0, sci_sep = "e")
roundString(3141.59265, digits = 3, sci_range = 0, sci_sep = "x10^")
roundString(3141.59265, digits = 3, sci_range = Inf, sci_sep = "e")

# vektory
x <- c(sort(sample(1.765:20, 10)))
round(x,digits=2)
ceiling(x)
floor(x)
trunc(x)

library(ch)
Round(x, n=2)
Round2(x, n=2)


# matice

X = matrix(x,5,2,byrow = TRUE)
round(X,digits=2)
ceiling(X)
floor(X)
trunc(X)

Round(X, n=2)
Round2(X, n=2)

```


Nejistoty a chyby měření

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(errors)
xe <- set_errors(3.602, 0.008)
options(errors.notation = "plus-minus") 
print(xe, digits = 2)
options(errors.notation = "parenthesis")
print(xe, digits = 2)

# elementarni naboj
e <- set_errors(1.6021766208e-19, 0.0000000098e-19) 
options(errors.notation = "plus-minus") 
print(e, digits = 2)
options(errors.notation = "parenthesis")
print(e, digits = 3)

```


Ze zásilky kaprolaktamu bylo odebráno 10 vzorku a byl u nich stanoven bod tání. Vypočítejte průměrnou hodnotu bodu tání v zásilce a její směrodatnou odchylku.

```{r echo=FALSE, message=FALSE, warning=FALSE}

xc = c(68.5, 68.7, 68.3, 68.8, 68.5, 68.2, 68.6, 68.4, 68.2, 68.7)
mean(xc)
sd(xc) # sd
sd(xc)/sqrt(length(xc)) # str chyba prumeru

e <- set_errors(mean(xc), sd(xc)/sqrt(length(xc))) 
options(errors.notation = "plus-minus"); print(e, digits = 2)

```


Sireni chyb

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)

# z prumeru a nejistoty, bez uvedení poctu stupnu volnosti, resp. poctu opakovani

x <- c(5, 0.01) 
y <- c(1, 0.01) 

EXPR1 <- expression(x/y) 
DF1 <- cbind(x, y)
RES1 <- propagate(expr = EXPR1, data = DF1, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000) 
RES1
RES1$data
RES1$prop
RES1$sim
summary(RES1)
plot(RES1)

EXPR <- expression(a^b*x)
a = c(5, 0.1)
b = c(10, 0.1)
x = c(1, 0.1)
DAT <- cbind(a, b, x)
(res <- propagate(EXPR, DAT))
res$data
res$prop
res$sim
summary(res)
plot(res)


# z prumeru a nejistoty, s uvedením poctu stupnu volnosti
EXPR2 <- expression(x/y) 
x <- c(5, 0.01, 12) 
y <- c(1, 0.01, 5) 
DF2 <- cbind(x, y) 
RES2 <- propagate(expr = EXPR2, data = DF2, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES2
RES2$data
RES2$prop
RES2$sim
summary(RES2)
plot(RES2)


# Výpocet pomocí intervalu 

EXPR3 <- expression(C * sqrt((520 * H * P)/(M *(t + 460))))
H <- c(64, 65)
M <- c(16, 16.2)
P <- c(361, 365)
t <- c(165, 170)
C <- c(38.4, 38.5)
DAT3 <- makeDat(EXPR3)
interval(DAT3, EXPR3, seq = 2)

EXPR5 <- expression(x^2 - x + 1)
x <- c(-2, 1)
curve(x^2 - x + 1, -2, 1)
DAT5 <- makeDat(EXPR5)
interval(DAT5, EXPR5, seq = 2)


library(metRology)

data(GUM.H.1)
GUM.H.1

## a simple uncertainty analysis for the product of two quantities
GUM(c("x1","x2"),c(2.3,1.1),c(0.030,0.015),c(5,9999),"x1*x2")

## a simple uncertainty analysis for the product of two quantities
GUM.validate(c("x1","x2"), c(2.3,1.1), c(0.030,0.015), c(5,9999), c("A","B"),c("Normal","Rectangular"),"x1*x2")


expr <- expression(a+b*2+c*3+d/2)
x <- list(a=1, b=3, c=2, d=11)
u <- lapply(x, function(x) x/10) # nejistota 10 %
u.expr<-uncert(expr, x, u, method="NUM")
u.expr
# function method
f <- function(a,b,c,d) a+b*2+c*3+d/2
u.fun<-uncert(f, x, u, method="NUM")
u.fun
# formula method
u.form<-uncert(~a+b*2+c*3+d/2, x, u, method="NUM")
u.form


# s korelaci
u.cor<-diag(1,4)
u.cor[3,4]<-u.cor[4,3]<-0.5
u.cor
# num
u.formc<-uncert(~a+b*2+c*3+d/2, x, u, method="NUM", cor=u.cor)
u.formc
# Monte Carlo
u.formc.MC<-uncert(~a+b*2+c*3+d/2, x, u, method="MC", cor=u.cor, B=200)
u.formc.MC


expr <- expression(a/(b-c))
x <- list(a=1, b=3, c=2)
u <- lapply(x, function(x) x/20)
set.seed(403)
u.invexpr<-uncertMC(expr, x, u, distrib=rep("norm", 3), B=999, keep.x=TRUE )
u.invexpr

```


Vypočítejte hustotu a její chybu pro látku, u níž byla opakovaným měřením stanovena hmotnost 6.824 (0.008) g a objem 3.03 (0.01) ml.

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)

EXPR2 <- expression(m/V) 
m = c(6.824, 0.008) #[g] 
V = c(3.03, 0.01) #[ml]
DF2 <- cbind(m, V) 
RES2 <- propagate(expr = EXPR2, data = DF2, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES2
RES2$data
RES2$prop
RES2$sim
library(errors)
e <- set_errors(RES2$sim[1], RES2$sim[2]) 
options(errors.notation = "plus-minus"); print(e, digits = 1)
options(errors.notation = "parenthesis"); print(e, digits = 1)

```


Na píst o průměru 200 (0.05) mm působí pára tlakem 8.2 (0.1) atm. Jakou silou působí pára na píst?

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)
library(measurements)

d = c(200, 0.05) # [mm] na [m]
d = as.vector(conv_unit(c(200, 0.05), from="mm", to="m"))
p = c(8.2, 0.1)  # [atm] na [Pa]
p = as.vector(conv_unit(c(8.2, 0.1), from="atm", to="Pa"))
pi
EXPR7 <- expression(p*3.141593*(d/2)^2)
DF7 <- cbind(d, p) 
RES7 <- propagate(expr = EXPR7, data = DF7, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES7
RES7$data
RES7$prop
RES7$sim
library(errors)
e <- set_errors(RES7$sim[1], RES7$sim[2]) 
options(errors.notation = "plus-minus"); print(e, digits = 1)
options(errors.notation = "parenthesis"); print(e, digits = 1)

```


Vypočítejte koeficient viskozity roztoku glycerinu Stokesovou metodou

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)

r = c(0.0112, 0.0001) # polomer kulicky [cm]
l = c(31.23, 0.05) # draha kulicky za cas t [cm]
t = c(62.1, 0.2) # cas [s]
g = c(980.1,0) # tihove zrychleni [cm/s2] z tabulek
d0 = c(13.55,0) # hustota kulicky [g/cm3] z tabulek
d = c(1.28,0) # hustota roztoku [g/cm3] z tabulek
EXPR3 <- expression((2/9)*g*(((d0-d)*r^2)/l)*t)
DF3 <- cbind(r, l, t, g, d0, d) 
RES3 <- propagate(expr = EXPR3, data = DF3, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES3
RES3$data
RES3$prop
RES3$sim
EXPR4 <- expression((2/9)*980.1*(((13.55-1.28)*r^2)/l)*t)
DF4 <- cbind(r, l, t) 
RES4 <- propagate(expr = EXPR4, data = DF4, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES4$data
RES4$prop
RES4$sim
library(errors)
e <- set_errors(RES4$sim[1], RES4$sim[2]) 
options(errors.notation = "plus-minus"); print(e, digits = 1)
options(errors.notation = "parenthesis"); print(e, digits = 1)

```


Vypočítejte koeficient viskozity roztoku glycerinu pomocí kapilárního viskozimetru.

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)
library(measurements)

p = c(20.12, 0.01) # tlak na vytoku z kapilary [mm Hg] to [Pa]
p = as.vector(conv_unit(c(20.12, 0.01), from="mmHg", to="Pa"))
r = c(0.570, 0.003) # polomer kapilary [mm] to [m]
r = conv_unit(c(0.570, 0.003), from="mm", to="m")
l = c(10.526, 0.005) # delka kapilary [mm] to [m]
l = conv_unit(c(10.526, 0.005), from="mm", to="m")
V = c(5.025, 0.001)# objem kapaliny vytekle za cas t [cm3] to [m3]
V = conv_unit(c(5.025, 0.001), from="cm3", to="m3")
t = c(27.34, 0.02) # cas [s]
pi
EXPR5 <- expression((3.141593*p*(r^4)*t)/(8*V*l))
DF5 <- cbind(p, r, l, V, t) 
RES5 <- propagate(expr = EXPR5, data = DF5, type = "stat", do.sim = TRUE, verbose = TRUE, nsim = 100000)
RES5 # [kg / m.s]
RES5$data
RES5$prop
RES5$sim
# conv_multiunit(x = RES5$sim[1:2], from="kg / m", to="g / cm")
library(errors)
e <- set_errors(RES5$sim[1], RES5$sim[2]) 
options(errors.notation = "plus-minus"); print(e, digits = 1)
options(errors.notation = "parenthesis"); print(e, digits = 1)

```


Součin rozpustnosti stříbrné soli AgX má hodnotu Ks = 4.0 (0.4) x 10^-8. Jaká je chyba vypočtené rovnovážné koncentrace stříbrných iontů ve vode?

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(propagate)
EXPR <- expression(x^0.5)
x = c(4.0, 0.4)
DAT <- data.frame(x)
res <- propagate(EXPR,DAT)
# NEFUNGUJE pro jednu promennou.


library(metRology)

GUM("Ks",4.0e-8,0.4e-8,1,"sqrt(Ks)",sig.digits.U = 2) 

expr <- expression(a^0.5)
x <- list(a=4.0e-8)
u <- lapply(x, function(x) x/10) # nejistota 10 %
u.expr<-uncert(expr, x, u, method="NUM")
u.expr
# function method
f <- function(a) a^0.5
u.fun<-uncert(f, x, u, method="NUM")
u.fun
# formula method
u.form<-uncert(~a^0.5, x, u, method="NUM")
u.form

```


Nejistoty a korelace

```{r echo=FALSE, message=FALSE, warning=FALSE}

library(errors)

x = c(0.9719378, 1.9840006, 2.9961830, 4.0123346, 5.0012799)
errors(x) = c(0.01, 0.01, 0.01, 0.01, 0.01)
y = c(0.9748992, 1.9627805, 2.9935831, 3.9921237, 4.9612555)
errors(y) = c(0.02, 0.02, 0.02, 0.02, 0.02)

# bez korelace
correl(x, y) =  c(0, 0, 0, 0, 0) 
z <- x / y; z

# s korelací
correl(x, y) =  c(0.8864282, 0.9761841, 0.9140209, 0.9496266, 0.9911837) # zavedení korelace chyb
z_correl <- x / y; z_correl

```

