chemistry formula and data book
TRANSCRIPT
Formula and data book
Chemistry v1.3
1 of 15
Formulas
Processing of data
Chemical reactions — reactants, products and energy change
Aqueous solutions and acidity
Chemical equilibrium systems
2 of 15
Physical constants and unit conversions
Physical constants and unit conversions
Absolute zero
Atomic mass unit
Avogadro’s constant
Ideal gas constant
Ionic product constant for water (at 298 K)
Molar volume of an ideal gas (at STP)
Specific heat capacity of water (at 298 K)
Standard temperature and pressure (STP)
Volume and capacity conversions
3 of 15
Lis
t of e
lem
ents
Nam
eA
tom
ic n
o.Sy
mbo
l
Hyd
roge
n1
HH
eliu
m2
He
Lith
ium
3Li
Ber
ylliu
m4
Be
Bor
on5
BC
arbo
n6
CN
itrog
en7
NO
xyge
n8
OFl
uorin
e9
FN
eon
10N
eSo
dium
11N
aM
agne
sium
12M
gA
lum
iniu
m13
Al
Silic
on14
SiPh
osph
orus
15P
Sulfu
r16
SC
hlor
ine
17Cl
Arg
on18
Ar
Pota
ssiu
m19
KC
alci
um20
Ca
Scan
dium
21Sc
Tita
nium
22Ti
Vana
dium
23V
Chr
omiu
m24
CrM
anga
nese
25M
nIr
on26
FeC
obal
t27
Co
Nic
kel
28N
iC
oppe
r29
Cu
Zinc
30Zn
Nam
eA
tom
ic n
o.Sy
mbo
l
Gal
lium
31G
aG
erm
aniu
m32
Ge
Ars
enic
33A
sSe
leni
um34
SeBr
omin
e35
BrK
rypt
on36
Kr
Rubi
dium
37R
bSt
ront
ium
38Sr
Yttri
um39
YZi
rcon
ium
40Zr
Nio
bium
41N
bM
olyb
denu
m42
Mo
Tech
netiu
m43
TcRu
then
ium
44Ru
Rho
dium
45R
hPa
lladi
um46
PdSi
lver
47A
gC
adm
ium
48C
dIn
dium
49In
Tin
50Sn
Ant
imon
y51
SbTe
lluriu
m52
TeIo
dine
53I
Xen
on54
Xe
Ces
ium
55Cs
Bariu
m56
BaLa
ntha
num
57La
Cer
ium
58C
ePr
aseo
dym
ium
59Pr
Neo
dym
ium
60N
d
Nam
eA
tom
ic n
o.Sy
mbo
l
Prom
ethi
um61
PmSa
mar
ium
62Sm
Euro
pium
63Eu
Gad
olin
ium
64G
dTe
rbiu
m65
TbD
yspr
osiu
m66
Dy
Hol
miu
m67
Ho
Erbi
um68
ErTh
uliu
m69
TmYt
terb
ium
70Y
bLu
tetiu
m71
LuH
afni
um72
Hf
Tant
alum
73Ta
Tung
sten
74W
Rhe
nium
75Re
Osm
ium
76O
sIr
idiu
m77
IrPl
atin
um78
PtG
old
79A
uM
ercu
ry80
Hg
Thal
lium
81Tl
Lead
82Pb
Bism
uth
83Bi
Polo
nium
84Po
Ast
atin
e85
At
Rad
on86
Rn
Fran
cium
87Fr
Rad
ium
88R
aA
ctin
ium
89A
cTh
oriu
m90
Th
Nam
eA
tom
ic n
o.Sy
mbo
l
Prot
actin
ium
91Pa
Ura
nium
92U
Nep
tuni
um93
Np
Plut
oniu
m94
PuA
mer
iciu
m95
Am
Cur
ium
96Cm
Ber
keliu
m97
BkC
alifo
rniu
m98
CfEi
nste
iniu
m99
EsFe
rmiu
m10
0Fm
Men
dele
vium
101
Md
Nob
eliu
m10
2N
oLa
wre
nciu
m10
3Lr
Ruth
erfo
rdiu
m10
4R
fD
ubni
um10
5D
bSe
abor
gium
106
SgBo
hriu
m10
7Bh
Has
sium
108
Hs
Mei
tner
ium
109
Mt
Dar
mst
adtiu
m11
0D
sRo
entg
eniu
m11
1R
gC
oper
nici
um11
2Cn
Nih
oniu
m11
3N
hFl
erov
ium
114
FlM
osco
vium
115
Mc
Live
rmor
ium
116
LvTe
nnes
sine
117
TsO
gane
sson
118
Og
4 of 15
Peri
odic
tabl
e of
the
elem
ents
12
H 1.01
H 1.01
He
4.00
34
56
78
910
Li 6.94
Be 9.01
B 10.8
1C 12.0
1N 14.0
1O 16.0
0F
19.0
0Ne 20
.1811
1213
1415
1617
18Na 22
.99
Mg
24.3
1A
l26
.98
Si 28.0
9P
30.9
7S
32.0
6C
l35
.45
Ar
39.9
519
2021
2223
2425
2627
2829
3031
3233
3435
36K 39.10
Ca 40.0
8Sc 44
.96
Ti 47.8
7V 50.9
4C
r52
.00
Mn
54.9
4Fe 55
.85
Co 58.9
3Ni 58
.69
Cu
63.5
5Zn 65
.38
Ga
69.72
Ge
72.6
3A
s74
.92
Se 78.9
7Br 79
.90
Kr
83.8
037
3839
4041
4243
4445
4647
4849
5051
5253
54R
b85
.47
Sr 87.6
2Y 88.91
Zr 91.2
2N
b92
.91M
o95
.95
Tc(9
8.91
)Ru 101.
07R
h10
2.91
Pd 106.
42A
g10
7.87
Cd 112.
41In 114.
82Sn 118.
71Sb 121.7
6Te 127.6
0I
126.
90Xe 131.
2955
5657
–71
7273
7475
7677
7879
8081
8283
8485
86Cs 132.
91Ba 137.
33La
ntha
-no
ids
Hf
178.
49Ta 180.
95W 183.
84Re 186.
21O
s19
0.23
Ir19
2.22
Pt19
5.08
Au 196.
97H
g20
0.59
Tl20
4.38
Pb 207.
2Bi
208.
98Po (210
.0)
At(2
10.0
)R
n(2
22.0
)87
8889
–103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
Fr(2
23.0
)R
a(2
26.1)
Acti-
noid
sR
f(2
61.1)
Db
(262
.1)Sg (263
.1)Bh (264
.1)H
s(2
65.1)
Mt
(268
)D
s(2
81)
Rg
(272
)C
n(2
85)
Nh
(284
)Fl (289
)M
c(2
88)
Lv (293
)Ts (294
)O
g(2
94)
5758
5960
6162
6364
6566
6768
6970
71La 138.
91Ce 140.
12Pr 140.
91Nd 144.
24Pm (146
.9)
Sm 150.
36Eu 151.
96G
d15
7.25
Tb 158.
93D
y16
2.50
Ho
164.
93Er 167.
26Tm 16
8.93
Yb
173.
05Lu 174.
9789
9091
9293
9495
9697
9899
100
101
102
103
Ac (227
.0)
Th 232.
0Pa 23
1.0
U 238.
0Np (237
.0)
Pu (239
.1)A
m(2
41.1)
Cm
(244
.1)Bk (249
.1)C
f(2
52.1)
Es (252
.1)Fm (252
.1)M
d(2
58.1)
No (259
.1)Lr (262
.1)
1A
tom
ic n
umbe
r
Sym
bol
Rela
tive
atom
ic m
ass*
Gro
ups a
re n
umbe
red
acco
rdin
g to
IUPA
C c
onve
ntio
n 1–
18.
*Val
ues i
n br
acke
ts a
re fo
r the
isot
ope
with
the
long
est h
alf-l
ife.
1
2
34
56
78
910
1112
1314
1516
17
18
5 of 15
Ato
mic
and
ioni
c ra
dii o
f sel
ecte
d el
emen
ts
12
H 3220
8 (1
–)Li 13
076
(1+)
He
37
34
56
78
910
Li 130
76 (1
+)
Be 9945
(2+)
B 8427
(3+)
C 7516
(4+)
N 7114
6 (3
–)
O 6414
0 (2
–)
F 6013
3 (1
–)
Ne 62
1112
1314
1516
1718
Na 160
102
(1+)
Mg
140
72 (2
+)
Al
124
53 (3
+)
Si 114
40 (4
+)
P 109
38 (5
+)
S 104
184
(2–)
Cl
100
181
(1–)
Ar
101
1920
2122
2324
2526
2728
2930
3132
3334
3536
K 200
138
(1+)
Ca 174
100
(2+)
Sc 159
75 (3
+)
Ti 148
86 (2
+)61
(4+)
V 144
79 (2
+)54
(5+)
Cr
130
62 (3
+)44
(6+)
Mn
129
83 (2
+)64
(3+)
Fe 124
78 (2
+)64
(3+)
Co 118
74 (2
+)61
(3+)
Ni 117
69 (2
+)60
(3+)
Cu
122
77 (1
+)73
(2+)
Zn 120
74 (2
+)
Ga
123
62 (3
+)
Ge
120
53 (4
+)27
2 (4
–)
As
120
58 (3
+)46
(5+)
Se 118
198
(2–)
Br 117
196
(1–)
Kr
116
3738
3940
4142
4344
4546
4748
4950
5152
5354
Rb
215
152
(1+)
Sr 190
118
(2+)
Y 176
90 (3
+)
Zr 164
72 (4
+)
Nb
156
64 (5
+)
Mo
148
65 (4
+)
Tc 138
65 (4
+)
Ru 136
62 (4
+)
Rh
134
67 (3
+)
Pd 130
86 (2
+)
Ag
136
115
(1+)
Cd 140
95 (2
+)
In 142
80 (3
+)
Sn 140
69 (4
+)
Sb 140
76 (3
+)
Te 137
221
(2–)
I 136
220
(1–)
Xe 136
5556
Cs 238
167
(1+)
Ba 206
135
(2+)
3A
tom
ic n
umbe
r
Sym
bol
Ato
mic
radi
us (1
0–12 m
)C
harg
e of
ion
Ioni
c ra
dius
(10–1
2 m)
Gro
ups a
re n
umbe
red
acco
rdin
g to
IUPA
C c
onve
ntio
n 1–
18.
1
2
34
56
78
910
1112
1314
1516
17
18
6 of 15
Elec
tron
egat
iviti
es a
nd fi
rst i
onis
atio
n en
ergi
es o
f sel
ecte
d el
emen
ts
12
H 2.2
1318
H 2.2
1318
He
2379
34
56
78
910
Li 1.0
526
Be 1.6
906
B 2.0
807
C 2.6
1093
N 3.0
1407
O 3.4
1320
F 4.0
1687
Ne 2087
1112
1314
1516
1718
Na 0.9
502
Mg
1.3
744
Al
1.6
584
Si 1.9
793
P 2.2
1018
S 2.6
1006
Cl
3.2
1257
Ar
1527
1920
2122
2324
2526
2728
2930
3132
3334
3536
K 0.8
425
Ca 1.0
596
Sc 1.4
637
Ti 1.5
664
V 1.6
656
Cr
1.7 659
Mn
1.6
724
Fe 1.8
766
Co 1.9
765
Ni 1.9
743
Cu
1.9
752
Zn 1.7 913
Ga
1.8
585
Ge
2.0
768
As
2.2
953
Se 2.6
947
Br 3.0
1146
Kr
2.9
1357
3738
3940
4142
4344
4546
4748
4950
5152
5354
Rb
0.8
409
Sr 1.0
556
Y 1.2
606
Zr 1.3
666
Nb
1.6
670
Mo
2.2
691
Tc 1.9
708
Ru 2.2
717
Rh
2.3
726
Pd 2.2
811
Ag
1.9
737
Cd 1.7 874
In 1.8
565
Sn 2.0
715
Sb 2.1
840
Te 2.1
876
I 2.7
1015
Xe 2.6
1177
5556
Cs 0.8
382
Ba 0.9
509
1A
tom
ic n
umbe
r
Sym
bol
Elec
trone
gativ
ity
Firs
t ion
isat
ion
enth
alpi
es (k
J mol
–1)
Gro
ups a
re n
umbe
red
acco
rdin
g to
IUPA
C c
onve
ntio
n 1–
18.
1
2
34
56
78
910
1112
1314
1516
17
18
7 of 15
Solubility of selected compounds at 298 K
bromide carbonate chloride hydroxide iodide nitrate oxide phosphate sulfate
aluminium s s i s s i i s
ammonium s s s s s s s s
barium s i s s s s s i i
calcium s i s p s s p i p
cobalt(II) s i s i s s i i s
copper(II) s s i i s i i s
iron(II) s i s i s s i i s
iron(III) s s i s s i i s
lead(II) p i s i i s i i i
lithium s s s s s s s s
magnesium s i s i s s i p s
manganese(II) s i s i s s i p s
potassium s s s s s s s s s
silver i i i i i s i i p
sodium s s s s s s s s s
zinc s i s i s s i i s
Key
Abbreviation Explanation
s soluble in water (solubility greater than 10 g L–1)
p partially soluble in water (solubility between 1 and 10 g L–1)
i insoluble in water (solubility less than 1 g L–1)
no data
8 of 15
Average bond enthalpies at 298 KSingle bonds
∆H (kJ mol–1)
H C N O F S Cl Br I
H 436
C 414 346
N 391 286 158
O 463 358 214 144
F 567 492 278 191 159
S 364 289 327 266
Cl 431 324 192 206 255 271 242
Br 366 285 201 249 218 219 193
I 298 228 201 280 211 178 151
Multiple bonds
Bond ∆H (kJ mol–1)
C = C 614
C ≡ C 839
C = N 615
C ≡ N 890
C = O 804
N = N 470
N ≡ N 945
O = O 498
9 of 15
Reactivity series of metals
Element Reactivity
K most reactive
Na
Li
Ba
Sr
Ca
Mg
Al
C*
Mn
Zn
Cr
Fe
Cd
Co
Ni
Sn
Pb
H2*
Sb
Bi
Cu
Hg
Ag
Au
Pt least reactive
*Carbon (C) and hydrogen gas (H2) added for comparison.
10 of 15
Standard electrode potentials at 298 K
Oxidised species Reduced species E° (V)
–3.04
–2.94
–2.91
–2.87
–2.71
–2.36
–1.68
–1.18
–0.83
–0.76
–0.44
–0.24
–0.14
–0.13
0.00
+0.16
+0.16
+0.34
+0.40
+0.52
+0.54
+0.77
+0.80
+1.08
+1.23
+1.36
+1.36
+1.51
+2.89
11 of 15
Glucose and fructose: straight chain and α-ring forms
CH2OH
OH
OH
OH
OH H
H
O
HH
H
CH2OH
O
OH
OH
OH H
HH
H
OH
H
CHO
CH2OH
C
C
C
C
H
HO
H
H
OH
H
OH
OH
Straight chain D-glucose α-D-glucose
OH
H
H
H OH
CH2OH
O
HOH2C
OH
O
H
H
H HO
HOH2C
OH
OH
CH2OH
CH2OH
CH2OH
C
C
C
C
HO
H
H
O
H
OH
OH
Straight chain D-fructose α-D-fructose
12 of 15
Common amino acids
Common name
(symbol)Structural formula
pH of isoelectric
point
Alanine(Ala)
H
C
O
CH3
H2N C OH 6.1
Asparagine(Asn)
OC
NH2
H
C
O
CH2
H2N C OH
5.4
Cysteine(Cys)
SH
H
C
O
CH2
H2N C OH
5.1
Glutamine(Gln) CH2
OC
NH2
H
C
O
CH2
H2N C OH
5.7
Histidine(His)
N
NH
H
C
O
CH2
H2N C OH
7.6
Common name
(symbol)Structural formula
pH of isoelectric
point
Arginine(Arg)
CH2
CH2
NH
NH2
C NH
H
C
O
CH2
H2N C OH
10.7
Aspartic acid
(Asp)
OH
C O
H
C
O
CH2
H2N C OH
3.0
Glutamic acid(Glu)
H
C
O
CH2
OH
C O
CH2
H2N C OH
3.2
Glycine(Gly)
H
C
O
H
H2N C OH 6.1
Isoleucine(Ile)
H
C
O
CHCH3
CH2
CH3
H2N C OH
6.0
Continues on the next page
13 of 15
Common name
(symbol)Structural formula
pH of isoelectric
point
Leucine(Leu)
CHCH3
CH3
H
C
O
CH2
H2N C OH
6.0
Methionine(Met)
H
C
O
CH2
CH2
CH3
S
H2N C OH
5.7
Proline(Pro)
O
C OH
HN
6.3
Threonine(Thr)
H
C
O
CHOH
CH3
H2N C OH
5.6
Tyrosine(Tyr)
H
C
O
CH2
OH
H2N C OH
5.7
Common name
(symbol)Structural formula
pH of isoelectric
point
Lysine(Lys)
CH2
CH2
H
C
O
CH2
CH2
NH2
H2N C OH
9.7
Phenylalanine(Phe)
H
C
O
CH2
H2N C OH
5.7
Serine(Ser)
H
C
O
CH2
OH
H2N C OH
5.7
Tryptophan(Trp)
H
C
O
CH2
HN
H2N C OH
5.9
Valine(Val)
H
C
O
CHCH3
CH3
H2N C OH
6.0
14 of 15
Acid-base indicators
Name pKa pH range of colour change Colour change (acidic to basic)
Methyl orange 3.7 3.1–4.4 red to yellow
Bromophenol blue 4.2 3.0–4.6 yellow to blue
Bromocresol green 4.7 3.8–5.4 yellow to blue
Methyl red 5.1 4.4–6.2 pink to yellow
Bromothymol blue 7.0 6.0–7.6 yellow to blue
Phenol red 7.9 6.8–8.4 yellow to red
Phenolphthalein 9.6 8.3–10.0 colourless to pink
Infrared dataCharacteristic range of infrared absorption due to stretching in organic molecules.
Bond Organic molecules Wavenumber (cm–1)
C – I iodoalkanes 490–620
C – Br bromoalkanes 500–600
C – Cl chloroalkanes 600–800
C – F fluoroalkanes 1000–1400
C – O alcohol, ester 1050–1410
C C alkenes 1620–1680
C O aldehydes, carboxylic acid, ester, ketones 1700–1750
C C alkynes 2100–2260
O – H carboxylic acids (hydrogen-bonded) 2500–3000
C – H alkanes, alkenes, alkynes, aldehydes, amides 2720–3100
O – H alcohol (hydrogen-bonded) 3200–3600
N – H amines 3300–3500
15 of 15
Formulas and charges for common polyatomic ions
Anions Cations
acetate (ethanoate) ammonium
carbonate hydronium
chlorate
chlorite
chromate
citrate
cyanide
dichromate
dihydrogen phosphate
hypochlorite
hydrogen carbonate
hydrogen sulfate
hydrogen phosphate
hydroxide
nitrate
nitrite
perchlorate
permanganate
peroxide
phosphate
sulfate
sulfite
thiosulfate
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