(liter)
0◦ C 1.0 × 105 Pa (= 1.0 atm)
(standard state)
(ideal gas)
22.4 L/mol
(molar volume)
R = 8.31 × 103 Pa·L/(K·mol)
(gas constant)
(Avogadro constant)
N A = 6.0 × 1023 /mol
(Faraday constant)
F = 9.65 × 104 C/mol
(atomic weight)
1
L
H
(ion)
1.0
C
12
(electron)
N
14
O
16
Cl
35
Cu 64
(total number)
1
F–
CO
2
H3O+
HCl
NO
O2
(atom)
2
(proton)
(charge)
(atomic nucleus)
(neutron)
(mass number)
1
13
6C
3
16
8O
14
7N
19
9F
23
11Na
24
Mg
12
(a) (b)
3
(a)
(neutron)
(b)
(electron)
(outermost shell electron)
a
b
13
6C
13
6C
16
8O
19
9F
23
11Na
24
12Mg
16
8O
23
11Na
14
7N
19
9F
14
7N
24
12Mg
4
4
(metallic element)
(nonmetallic element)
first ionization energy
CO2
(polar molecule)
(polarity)
F
(electronaffinity)
5
O
(electronegativity)
(atom)
(mass percent concentration)20%
(anion)
HClaq
mol/L
(density)
1.1 g/cm3
5
0.51 mol/L
0.61 mol/L
1.2 mol/L
5.1 mol/L
2
6.1 mol/L
12 mol/L
6
H2 1.5mol
(airtight container)
I2 1.5mol
HI 2.4mol
(equilibrium state)
H2 + I2
2 HI
(equilibrium constant)
6
10
16
20
C2H2
7
32
C2H6
H2
40
64
(heat of combustion)
(thermochemical equation)
C2H2
C2H6
5
O
2 2
7
O
+
2 2
= 2 CO2
+
H2
2.60g
+
+ H2 O
= 2 CO2
1
O
2 2
+ 1300 kJ
+ 3 H2O
= H2O
+ 1560 kJ
+ 286 kJ
(addition)
(heat)
kJ
7
−312 kJ
−31.2 kJ
−26.0 kJ
26.0 kJ
3
31.2 kJ
312 kJ
8
(airtight container)
130◦ C
P1
(vaporization)
(
)
100◦ C
(argon)
P2
(amount of substance)
100◦ C
(vapor pressure)
PV
(ideal gas)
130◦ C
8
373 × P2
−1
403 × (P1 − PV )
403 × P2
−1
373 × (P1 − PV )
373 × P1
−1
403 × (P2 − PV )
403 × P1
−1
373 × (P2 − PV )
373 × (P2 − PV )
−1
403 × P1
403 × (P2 − PV )
−1
373 × P1
9
(acidic aqueous solution)
pH
9
0.10 mol/L
0.010 mol/L
(acetic acid)
(nitric acid)
0.020 mol/L
(phosphoric acid)
0.030 mol/L
(hydrochloric acid)
0.030 mol/L
(sulfuric acid)
4
10
(electrode)
(electrolytic solution)
(electrolysis)
pH
10
11
(cathode)
(anode)
Cu
Pt
Pt
C
Pt
C
(II)
Pt
Pt
dil.H2SO4
CuSO4aq
(II)
NaClaq
CuCl2aq
(oxide)
11
NO2
(acidity)
MgO
P4O10
(basicity)
SO2
Al2O3
12
(strong base)
SO2
12
Cu
conc.H2SO4
FeS
S
dil.H2SO4
(combustion)
Na2SO3
H2S
(reducing action)
5
(bleaching agent)
13
Cu
0.16g
(II)CuO
(oxidation)
0.19 g
(mass)
g
13
0.0080 g
14
0.010 g
A
0.030 g
0.032 g
B
0.040 g
A
0.050g
(oxidizing agent)
14
A
B
Zn
dil.HCl
H2O2aq
KMnO4
(IV)MnO2
(IV)MnO2
CaCO3
15
A
2
H2O2aq
conc.HCl
dil.HCl
(metal ion)
B
B
15
A
+
Ag
3+
Al
Ba
2+
Ca
2+
2+
Cu
2+
Cu
B
3+
Fe
2+
Cu
Pb
dil.HCl
NH3aq
(excess amount)
2+
(NH4)2SO4aq
+
(NH4)2CO3aq
Na
3+
Fe
H2S
(acidity)
2+
Zn
NaOHaq
6
16
(organic compound)
(isomer)
16
(xylene)
(lactic acid)
(optical isomer)
(ethanol)
(diethyl ether)
(ethylene(ethene))
(hexane)
17
(acetylene(ethyne))
(cyclohexane)
(acyclic hydrocarbon)1.0 g
(unsaturated bond)
H2
(addition)
17
C2H4
C3H6
18
(alkene)
C4H6
Br2
C5H8
C6H12
(addition)
(asymmetric carbonatom)
18
CH2 CH
CH2 CH3
CH2 C
CH2 C
CH3
CH3
CH3 CH
C
CH3
CH3
CH3 CH
C
CH3
CH3
7
CH2 CH3
CH2 CH3
19
(carboxylic acid)
19
(acetic acid)
(condensation reaction)
(ethanol)
(oxidation)
(benzoic acid)
(toluene)
(lactic acid)
(silver mirror test)
(maleic acid)
(oxalic acid)
(acetic anhydride)
(fumaric acid)
2
(cis-trans isomer)
(dicarboxylic acid)
20
(ester bond)
20
(polyacrylonitrile)
(polyethylene)
(poly(ethylene terephthalate))
(poly(vinyl chloride))
66(6,6-
)(nylon 6,6)
8