libiRkm Exμr - Gg;eKøs

◘Ỳ║Ỳ►˝╩ ΡŠ╪▲ - Ĥ₣θΠÐ ◙◦

˝˝ũ Precipitate 4-5

˝″Ś Vanät Hoff Van’t Hoff factor 12-35

˝ņŊĕŚ Work 6-2

ŁşН₣ Cation 2-17

Ł″ŲБ ũ Catalyst 13-37

ŁijРij Cathode 19-6

ŁĠУ Carbide 21-9

Łũ е‗ijсЯĠĠŷЋ◦Ŝ⅜ū₤Ś Scientific notation 1-15

Łũ еĕЯŪşй Corrosion 19-31

ŁũijеЮΌЧ₣şеĕНşũжĮНй ( ΔTb) Boiling- point elevation (ΔTb) 12-23

ŁũĠ₣ ˛ Deposition 11-52

ŁũĠ₣ΆФij Vaporization 11-40

ŁũĠĕŚЯŠ℮ ιŁЯijĕ˝ņŊ Catenation 21-9

ŁũĠĕ □ŎşеĕНş е‗˝ ( ΔTf) Freezing- point Depression ( ΔTf) 12-25

ŁũĠеĕЊijŪĠļÐ Fractional Distillation 12-21

ŁũĠеЯĠ˝ЯřĕŪŁņ Crystal field splitting ( Δ) 22-21

ŁũĠеЯĠ˝а‗ſ ŎлР Nuclear fission 23-20

ŁũĬų ₤сĠŚСũа‗ſ ŎлР Nuclear transmutation 23-1

ŁũĮŪİŷ Dilution 4-37

Łũļą ĠсΖ₤Рij Nitrogen fixation 17-2

ŁũũУņĠŃĆСŲа‗ſ ŎлР Nuclear fusion 23-31

ŁũŷЋļÐÐН‗ļĮ Qualitative analysis 16-48

ŁũŷЋļÐЯřŲЮŪĠЧũİſ ₤сŌл ₤ Gravimetric analysis 4-39

ŁũŷЋļÐĠũЋŌ‗ Quantitative analysis 4-39

РĠлРŲБЯņũ Copolymer 25-7

РΌСΒНБij Colloid 12-36

Я˝ŲŷЋĕ Kelvin 1-13

НеĩųЊş₤˝ņŊ Activated complex 13-25

еЮţ Heat 6-4

еЮţĮŪİŷ Enthalpy of dilution 6-29

еЮţņлРŲаĕũŵŎ Molar heat of fusion 11-51

еЮţņлРŲаĕũж Уij (ΔHvap) Molar heat of vaporization 11-42

I-1

libiRkm Exμr - Gg;eKøs еЮţņлРŲаĕũжЮ Чũ (ΔHsub) Molar heat of sublimation 11-52

еЮţŎ▫ŪĠЮķ◦ Heat capacity 6-10

еЮţ₤РŲНŎ₤ŏО₣ Heat of solution 6-25

еЮţŪ₤СĠ◦Е Heat of hydration 6-27

е‗˝ŪŁņ Crystallization 12-1

е‗˝ŪŁņ″ņŪĠļÐ Fractional Crystallization 12-11

е‗ďЮŀЧ₤ Condensation 11-42

НеĩųЊşİŎşŲњij Labile complex 22-27

НеĩųЊşĕЊşŲ Inert complex 22-28

еũЋij▫ņĮŲ Energy levels 7-10

еũЋijũŵŎ Solubility 16-29

еũЋijũŵŎ еΉĠсďņлРŲ(s) Molar solubility 16-29

еŵе₣űБĠлРŲ-űБĠлРŲ Dipole-dipole forces 11-4

еŵе₣◦еĜŀ Cohesion 11-13

еŵе₣ũģл Ŏ Dispersion forces 11-7

еŵе₣ΒÐð Њ₤ĕБşŲ˝ũ Electromotive force (emf) 19-7

еŵе₣ΒĕŚũņлРЮŲÐНŲ Intermolecular forces 11-3

еŵе₣ΒĕŚũņлРЮŲÐНŲž₣ ĖО₣ Intramolecular forces 11-3

еŵе₣ΒНБŎлН₣-űБĠлРŲ Ion-dipole forces 11-4

еŵе₣ van der Waal Van de Waals forces 11-4

еΉĠсņлРЯŲ Molar concentration 4-34

еΉĠс₤РŲНŎ₤ŏО₣ Concentration of solution 4-34

Łеũ₤ŊБу Radiation 2-4

Łеũ₤ŊБ β Beta (β) rays 2-6

Łеũ₤ŊБ γ Gamma (γ) rays 2-6

Łеũ₤ŊБ α Alpha (α) rays 2-6

ŁеΖijРņ Atomic radius 8-11

ŁеΒНБŎлН₣ Ionic radius 8-14

Ū˝ņО Groups 2-13

Ū˝ņĠ₣ ðеĜ◦БО Functional group 24-1

ŠĕЊĄ Mineral 20-1

ŠУĠ Period 2-13

žĖ ijŌл ₤ΖijРņ(Š-Β) Atomic mass unit 3-1

I-2

libiRkm Exμr - Gg;eKøs

žĖ ijυ˝″ Unit cell 11-18

ÐБņБ Chemistry 1-1

ÐБņБ₤ũВŬ₣ ð Organic chemistry 24-1

ÐБŬмŲс Chiral 22-17

ÐРΖ₤НБijģ₤Ăų ₤с Conjugate acid-base pair 15-1

ÐРΒНБŎлН₣ Ion Pair 12-35

ЮýŲŁũ‗єŁũ˝Ю Чij(Aufbau) Building-up (Aufbau) principle 7-46

ЮýŲŁũ‗чĂijЙŲБЮŎ Le Chatelier’s Principle 14-24

ЮýŲŁũ‗єŢşсЮŢŎЯΌ˝ Pauli Pauli exclusion principle 7-40

ЮýŲŁũ‗чļĮņЊĕď сŵ˝ Uncertainty principle 7-22

řŜŪŁņΒњũĠпГ″Ųс Orbital diagram 7-39

şŲĜŁũŪĠijЊ ņŊ Reaction mechanism 13-30

şе‗Нş е‗˝ Freezing point 11-49

şе‗НşĠŃĆĠс End point 16-22

şе‗НşũŵŎ Melting point 11-49

şе‗НşũжĮНй Boiling point 11-46

şе‗Нй еЮţ Specific heat 6-10

şе‗НйŲеĕЕ₣ŪijБ₤₧ť ĕ Triple point 11-54

şе‗РŲЮΒΌЊşŪij₣О Electron affinity 8-23

şеĕНşũжĮНй Boiling point 1-7

şеĕНş₤ņņРŲ Equivalence point 4-42

şеĕУĕ˝₣с◦ЊşŌл Юŀ◦Њş Magnetic quantum number 7-29

şеĕУĕ˝₣с◦ЊşЮņ (n) Principal quantum number 7-27

şеĕУĕ˝₣с◦Њşũ₣ Angular momentum quantum number 7-27

şеĕУĕ˝₣с◦Њş₤įБĕ Spin quantum number 7-29

şеĕУĕ РΒũűБ₧₤ŏО₣ Coordination number 22-9

şеĕУĕ РΒũűБ₧₤ŏО₣ Coordination number 11-20

şеĕУĕŌл ₤с (A) Mass number A 2-11

şеĕУĕΖŷмРŁŪřС Avogadro’s number 3-3

şеĕУĕΒН ₤НБij˝ņŊ Oxidation number 4-20

şĤĠс Law 1-2

şĤĠсÐРΌОе Coulomb’s law 9-6

şĤĠсĂŲ Charles’ law 5-14

I-3

libiRkm Exμr - Gg;eKøs şĤĠсĂŲ ĕЊ₣şĤĠсаÐŲНŎ⅜ с Charles’ and Gay-Lussac’s law 5-14

şĤĠсŢŲсijНĕ₤ŚБĮБ₤еĵĊЮŢŎЯĩĖ Dalton’s law of partial pressures 5-27

şĤĠсřеĠР₣аĕЯ◦ņлРűБ₧ņЊş First law of thermodynamics 6-31

şĤĠс◦БĠБаĕЯ◦ņлР₧ņЊş Third Law of Thermodynamics 18-12

şĤĠс◦БĮБũаĕЯ◦ņлРűБ₧ņЊş Second Law of Thermodynamics 18-8

şĤĠсĠпŎ Boyle’s law 5-9

şĤĠсĮ Н₤ŌŌŪij Law of multiple proportions 2-2

şĤĠсũ˝⅝▫ņĮŲ Law of conservation of energy 6-3

şĤĠсũ˝⅝Ōл ₤с Law of conservation of mass 2-3

şĤĠсЮŲġЪĕ Rate law 13-9

şĤĠс₤ŌŌŪij е‗ijс Law of definite proportions 2-2

şĤĠсЯ΅₤ Hess’s law 6-21

şĤĠсΖŷмРŁŪřС Avogadro’s law 5-15

şĤĠсΒеЮĮЧаĕŌл ₤ Law of Mass Action 14-4

şĤĠс Henry Henry’s law 12-14

şĤĠс Raoult Raoult’s law 12-17

ďijЊЯ˝ŷ Glass 11-36

ĄеΉĕ е‗ijсЮŲġЪĕ Rate determining step 13-32

ĄеΉĕũŲ˝ (λ) Wavelength (λ) 7-3

ĄеΉĕ₤ũНĠřеĠР₣ Elementary steps 13-30

ŀлСijНĕ N Newton N 5-4

ř₣с₤НБЮij Density 1-8

řРşΧ₤Ŋњĕ еũŪÐЕй Pseudo-noble gas core 7-52

řеЮ‗ЧũŁũ ųũ-ΖŲсŁŲБ Chlor-alkali process 21-32

řŜŪŁņ Phase diagram 11-54

űБŪģ с₤ŏО₣Łеũ₤ŊБΒНЊş X-ray diffraction 11-26

űБŪĠС◦ЊşΖ₤НБij Diprotic acid 4-14

űБĠлРŲΒĕĀ₣ Induced dipole 11-5

‗ЙijŪij₣О Neutron 2-10

а‗ſ ŎлР Nucleus 2-9

″Ŭ₣ŠУĠ Periodic table 2-13

ijе‗Е₣аĩĀĠлй Surface tension 11-12

ijеаŲЮŲŠď сŵ с Significant figures 1-17

I-4

libiRkm Exμr - Gg;eKøs

▫ņĮŲ Energy 6-2

▫ņĮŲ еЮţ Thermal energy 6-2

▫ņĮŲÐБņБ Chemical energy 6-2

▫ņĮŲĠ₧Ś ŀ Lattice energy 6-27

▫ņĮŲĠеЯĠ˝₤ņįњĕċ Bond dissociation energy 9-36

▫ņĮŲĠлРij₣сЯ₤ŏŲ Potential energy 6-3

▫ņĮŲĩŚОеа‗ſ ŎлР Nuclear binding energy 23-8

▫ņĮŲĮ₧Ś ŀ Lattice energy 9-6

▫ņĮŲŬм űБŎл₣с Radiant energy 6-2

▫ņĮŲ₤˝ņŊ Ea Activation energy 13-25

▫ņĮŲ₤НБЮĕ◦Њş Kinetic energy KE 5-33

▫ņĮŲЮ₤ũВ Free energy 18-16

▫ņĮŲЮ₤ũВ₤Ś₣сŢаĕ е‗ũ Standard energy of formation 18-17

▫ņĮŲЮ₤ũВ₤Ś₣сŢаĕŪĠijЊ ņŊ Standard free energy of reaction 18-17

▫ņĮŲЮ₤ũВ Gibbs (G) Gibbs free energy 18-16

▫ņĮŲΒНБŎлН₣˝ņŊ Ionisation energy 8-18

ЮℓũĠЮ₣ ˛Чij (Kf) Formation constant 16-44

ЮℓũĠеЯĠ˝ģ₤ (Kb) Base ionisation constant (Kb) 15-20

ЮℓũĠеЯĠ˝Ζ₤НБij (Ka) Acid ionisation constant (Ka) 15-12

ЮℓũĩŲÐН‗ΒНБŎлН₣аĕ◦Е Ion-product constant 15-3

ЮℓũŲеĕЕ₣ K Equilibrium Constant K 14-4

ЮℓũЮŲġЪĕ Rate constant 13-6

ЮℓũΧ₤Ŋњĕ Gas constant 5-16

Юℓũ Planck Plank’s constant 7-6

◦ņĞĕс Weight 1-10

◦ЊĕĖĩŲŪ◦Е₤ŚБ Theoretical yield 3-29

◦ЊĕĖĩŲĮЊijŪģ˝ř Actual yield 3-29

◦ЊĕĖĩŲļÐũŎ Percentage yield 3-29

Я◦ņлРűБ₧ņЊş Thermodynamics 6-30

◦еĜ с◦еĕ₣Β₣ijсŪ◦С₣ Diagonal relationship 8-27

◦еĜ с◦еĕ₣ deBroglie de Broglie relation 7-19

◦еũ₣сЮũм₤Р‗₣с Resonance structure 9-29

◦еũ₣сΌЙŷВ₤ Lewis structure 9-13

I-5

libiRkm Exμr - Gg;eKøs Ū◦БŪĠС◦ЊşΖ₤НБij Triprotic acid 4-15

Ū◦Е₤ŚБ Theory 1-3

Ū◦Е₤ŚБĠ₣с Band theory 20-12

Ū◦Е₤ŚБ₤НБЮĕ◦ЊşņлРЮŲÐНŲаĕΧ₤Ŋњĕ Kinetic molecular theory of gasses 5-33

Ю◦ſ″Ю₤ũВ Lone pair 9-12

ēijН Element 1-5

ēijНđų₣ΒпНŎŬмŀлСņ Transuranium elements 23-19

ēijНijе₧₣ Representative elements 8-4

ĕЊņЊijŚś₤Ŕň ΌЙŷЋ₤ Lewis dot symbol 9-2

Ġ₣ ð ОеΉĠс Closest packing 11-22

ĠĕĀО ΒÐð Б₤ĕБď сŵ с Formal charge 9-25

ĠũЋŌ‗₤ĀЙ₤ŏСЮņŪ◦Б Stoichiometric amount 3-26

ģũмРЯņŪij Barometer 5-5

ģ₤ Base 2-34

ģ₤žų е₣ Strong base 15-9

ģ₤ЮŠ⅝Ŏ Weak base 15-9

ģ₤ Įũųĕ₤ijЮř Brønsted base 4-13

ģ₤ΌЙŷВ₤ Lewis base 15-40

ģ⅜Ŋų Plasma 23-33

ĠеЯũĠеũУŲĬ₤ Phase changes 11-37

ŪĠijЊ ņŊ Н₣ř₣с ņ Condensation reaction 24-24

ŪĠijЊ ņŊÐБņБ Chemical reaction 3-17

ŪĠijЊ ņŊĄеĕУ₤ Substitution reaction 24-21

ŪĠijЊ ņŊĄеĕУ₤ Displacement reaction 4-25

ŪĠijЊ ņŊűБ₤ŊСij˝ņŊ Disproportionation reaction 4-31

ŪĠijЊ ņŊЯ◦ņлРĕНŎЮ ųЯΒпũ Thermonuclear reaction 23-32

ŪĠijЊ ņŊЮĉ˝ņ Reversible reaction 4-5

ŪĠijЊ ņŊĠЮ₣ ˛Чij˝˝ũ Precipitation reaction 4-5

ŪĠijЊ ņŊĠĕ⅝Ġ Neutralization reaction 4-17

ŪĠijЊ ņŊĠĕ℮ е Combination reaction 4-24

ŪĠijЊ ņŊĠР Addition reactions 24-12

ŪĠijЊ ņŊĠеЯĠ˝ Decomposition reaction 4-25

ŪĠijЊ ņŊĠпГņлРЮŲÐНŲ Bimolecular reaction 13-31

I-6

libiRkm Exμr - Gg;eKøs

ŪĠijЊ ņŊĵ с ₧Ś ŲĮЊŲ Half-cell reaction 19-6

ŪĠijЊ ņŊЮũřН Redox reaction 4-17

ŪĠijЊ ņŊЮũřН ņŊ Reduction reaction 4-18

ŪĠijЊ ņŊŲеŢĠсĮБũ Second order reaction 13-20

ŪĠijЊ ņŊŲеŢĠсơ First-order reaction 13-14

ŪĠijЊ ņŊΒН ₤НБřР-ЮũřН ņŊ Oxidation-reduction reaction 4-17

ŪĠijЊ ņŊΒН ₤НБij˝ņŊ Oxidation reaction 4-18

ŪĠijЊ ņŊυ˝ņлРЮŲÐНŲ Unimolecular reaction 13-31

ŪĠijЊ ũ е‗ijс Limiting reagent 3-27

ŪĠijЊ ũЮŲЧ₤ Excess reagent 3-27

ŪĠĮњĕċĠЊ◦ Closed system 6-5

ŪĠĮњĕċЮĠЧ Open system 6-5

ŪĠĮĕċњ₤НŃňŁ₤ Isolated system 6-5

ŪĠĮĕċњΒĕŚũďijЊ (SI) International System of Units (SI) 1-10

ŪĠĮњĕċ System 6-4

ŪĠļÐņлРŲ Mole fraction 5-28

ŪĠЯŷ₣₤ņįњĕċ Bond length 9-14

ŪĠСijН₣ Proton 2-9

ŪĠСЮijΒНБĕ Protein 25-9

ŪĠСЮijΒНБĕĠеЯĩų₣ĊņŊďijЊ Denatured protein 25-20

ģл ⅜Ų Pa Pascal Pa 5-5

ĠлРij₣сЯ₤ŏŲЮũřН ņŊ ₤Ś₣сŢ Standard reduction potential 19-7

ĠлРij₣сЯ₤ŏŲΒН ₤НБij˝ņŊ ₤Ś₣сŢ Standard oxidation potential 19-9

ĠлРŲБЯņũ Polymer 25-1

ĠлР₤НБŪij₣О Positron 23-3

ĠлРΐũВЯņŪij Polarimeter 22-17

ĩŲÐН‗ еũЋijũŵŎ (Ksp) Solubility product 16-26

ĩŲЯş˝аĕŪĠijЊ ņŊ Reaction Quotient 14-18

ĩŲĩРijРЮΒΌЊşŪ◦Њş Photoelectric effect 7-7

ĩŲЊijĩŲ Product 3-18

Ĭ₤ Phase 11-2

ĩРijН₣ Photon 7-6

Į Н₤ņįњĕċ Multiple bond 9-14

I-7

libiRkm Exμr - Gg;eKøs ĵ с ₧Ś ŲŪĠijЊ ņŊ Half-reaction 4-18

ĮЊŲŷмНŲ″ Cell voltage 19-7

ĮЊŲΟĕċĕк Fuel cell 19-29

ĮЊŲЮΒΌЊşŪijСÐБņБ Electrochemical cell 19-5

ĮЊŲЮΒΌЊşŪijСŲБij Electrolytic cell 19-36

ļÐũŎďŌл ₤ Percent by Mass 12-6

ļÐũŎаĕΒНБŎлН₣˝ņŊ Percent ionisation 15-18

ļÐŲΔЊij α Alpha (α) particles 2-6

ļÐŲΔЊij β Beta (β) particles 2-6

ļĮžĠсΒĕťЊŲ Viscosity 11-13

ļĮď сŵ с Precision 1-22

ļĮЮĊſЧЮΖŎŪijď с Supercooling 11-52

ļĮŪģ˝ř Accuracy 1-21

ļĮũŵŎ Solubility 4-6

ļĮ₤ΔЊijďĠс Adhesion 11-13

ļĮΒН ₤НБij˝ņŊ Oxidation state 4-20

ļĖ сİũЮ˝ΐij Chelating agent 22-10

ļĖ сİũЮũřН ņŊ Reducing agent 4-18

ļĖ сİũΒН ₤НБij˝ņŊ Oxidizing agent 4-18

ļĖ ₤ĵ с ₧Ś ŲŪďĠ Semipermeable membrane 12-26

ņĄęŢť ĕĄНеŷЋŀ Surroundings 6-4

ņ‗Ź ŲЮņ₤Р Mesosphere 17-4

ņ‗Ź ŲΖŁ₤ũşŲс Troposphere 17-4

ņ‗Ź ŲΖŁ₤₤ĞĠс Stratosphere 17-4

ņ‗Ź ŲΒНБŎлН₣ Ionosphere 17-4

ņ‗Ź ЮŲЯ◦ņлР Thermosphere 17-4

Ōű Volume 1-8

Ōл ‗РЯņŪij Manometer 5-7

ŌŪijŢť ĕ₤БijН‗Ά ļĮŢşсžij Absolute temperature scale 1-13

ŌŪ″Ţť ĕ₤БijН‗Ά ļĮ Kelvin Kelvin temperature scale 5-13

ŌŪ″Ţť ĕ₤БijН‗Ά ļĮŢşсžij Absolute temperature scale 5-13

Ōл ₤ Mass 1-8

Ōл ₤ģijсĠ₣с Mass defect 23-8

I-8

libiRkm Exμr - Gg;eKøs

Ōл ₤ņлРŲ Molar mass 3-3

Ōл ₤ņлРЮŲÐНŲ Molecular mass 3-6

Ōл ₤ΒĠġĠũŌ Critical mass 23-22

Ōл ₤ΖijРņ Atomic mass 3-1

ņЊĕЯņĕЮΒΌЊşŪijСŲБij Non-electrolyte 4-2

ņлР‗РŪĠС◦ЊşΖ₤НБij Monoprotic acid 4-14

ņлР‗РЯņũ Monomer 25-2

ņлРņл₣сűБĠлРŲ (μ) Dipole moment (μ) 10-14

ņлРŲ Mole 3-43

ņлРЮŲÐНŲ Molecule 2-15

ņлРЮŲÐНŲűБΖijРņ Diatomic molecule 2-15

ņлРЮŲÐНŲűБΖijРņЯřŲŌĕа‗ſ ŎлРřРşýĖ Homo-nuclear diatomic molecule 10-46

ņлРЮŲÐНŲĠлРЯŲ Polar molecule 10-15

ņлРЮŲÐНŲņЊĕĠлРЯŲ Non-polar molecule 10-15

ņлРЮŲÐНŲΐũВЮijаĕŪĠijЊ ņŊ Molecularity of a reaction 13-31

ņлРΐũВЮij (M) Molarity (M) 4-34

ņлРΐŲБЮij Molality 12-8

ЮņŁĕЊş˝₣с◦Њş(ũŲ˝) Quantum (wave) mechanics 7-22

ũŎкЮĮŲĵ с ₧Ś ŲŪĠijЊ ņŊ Half-life 13-18

ũŵŎşРŲýĖ ģĕ Miscible 12-4

Ŭм űБŁŲс Radical 23-41

ũРĠēijН Matter 1-4

ũРĠņĕŚÐБņБ Chemical formula 2-18

ũРĠņĕŚİŎ Empirical formula 2-19

ũРĠņĕŚņлРЮŲÐНŲ Molecular formula 2-19

ũРĠ₤₧ť ĕЮΒΌЊşŪij₣О Electron configuration 7-38

Юũм₤Р‗₣с Resonance 9-29

ЮũΖ с◦њũĠİijс Breeder reactor 23-27

Яũм Ore 20-1

ũж Уij Evaporation 11-40

ũжЮ Чũ Sublimation 11-52

Ų šŠ‗Ź ŪĠĮњĕċ State of a system 6-30

Ų šŠ‗Ź ₤Ś₣сŢ Standard state 6-17

I-9

libiRkm Exμr - Gg;eKøs Ų š‗к РŲБŁ◦Бŷ Colligative properties 12-17

Ų š‗кÐБņБ Chemical properties 1-7

Ų š‗кÐН‗ļĮ Qualitative 1-2

Ų š‗кĠũЋŌ‗ Quantitative 1-2

Ų š‗кŌл Ū С₤ ˛ ОĠ Macroscopic properties 1-8

Ų š‗кņБŪ С₤ ˛ ОĠ Microscopic properties 1-9

Ų š‗кЮņЯř˝ Ferromagnetic 20-2

Ų š‗кũРĠ Physical properties 1-7

Ų š‗кΒНЊşij₣с₤НБŷ Extensive property 1-8

Ų š‗кΖе₣ij₣с₤НБŷ Intensive property 1-8

ŲБ ₣с Ligand 22-9

ŲБŪij (L) Liter 1-11

ЮŲŠΖijРņ Atomic number (Z) 2-11

Юŵ΅к Metal 2-13

Юŵ΅кΖŲсŁŲБ‗РЯ◦ũНК Alkaline earth metals 2-14

Юŵ΅кΖŲсŁΐе₣ Alkali metals 2-14

Юŵ Н₤⅝΅˝ņŊЮŢŎ еЮţ Pyrometallurgy 20-4

Юŵ Н₤⅝΅˝ņŊ Metallurgy 20-1

ŲеŢĠсŪĠijЊ ņŊ Reaction order 13-10

ŲеŢĠс₤ņįњĕċ Bond order 10-45

ŲеĕЕ₣ÐБņБ Chemical Equilibrium 14-1

ŲеĕЕ₣űБ₧ņЊş Dynamic equilibrium 11-42

ŲеĕЕ₣ũРĠ Physical Equilibrium 14-1

ŲеĕЕ₣ΒРņлРЯ₤ĕ Homogenous Equilibrium 14-5

ŲеĕЕ₣ЮΒЮijũмРЯ₤ĕ Heterogeneous Equilibrium 14-10

ŲеĜеĠЮŃĆŀ еЮţ Exothermic process 6-5

ŲеĜеŪ₤СĠ еЮţ Endothermic process 6-6

ŲĤŎ Mixture 1-4

ŲĤŎņЊĕЮ₤ŊЧ⅜şс Heterogeneous mixture 1-4

ŲĤŎŬм Ю₤ņЊş Racemic mixture 22-18

ŲĤŎЮ₤ŊЧ⅜şс Homogeneous mixture 1-4

I-10

libiRkm Exμr - Gg;eKøs

ЮŲġЪĕŪĠijЊ ņŊ Reaction rate 13-1

ЮŲġЪĕι₤ŁЮũмņĊŏņ Root-mean-square speed 5-37

ŷřŚ Ġĕ-ΉĠсЯĠпũ Born-Haber cycle 9-7

ŷЋēĕşеŬĕÐРЮΒΌЊşŪij₣Ū₤ĈĠсǻΌ₣сО м Valence shell electron pair repulsion (VSEPR) model 10-2

ŷЋēĕΒřť″ Octet rule 9-13

ŷЋēĕ Hund Hund’s rule 7-58

ŷЋĊБņлРŲ Mole method 3-23

ŷЋĊБũВЯņлij Calorimetry 6-10

ŷЋĊБŷЋ◦Ŝ⅜ū₤Ś Scientific method 1-1

ŷЋ₤ņũРĠ Allotrope 2-19

ŷНŲ″ЮŲЧ₤ Overvoltage 19-40

₤˝ņŊļĮŷЋ◦ŏО₤˝ņŊ Radioactivity 2-6

₤İſ сŪĠijЊ ņŊĕНŎЮ ųЯΒпũ Nuclear chain reaction 23-21

₤Ō₤ēijН Compound 1-5

₤Ō₤ēijН РǻΌ₣см Covalent compound 9-12

◦╬◦┘↑Ό ΐĤ▲ű⅛₧◦█Ύ₣ Coordination compound 22-7

₤Ō₤ēijНŪijБēijН Ternary compound 2-24

₤Ō₤ēijНЮ◦ſēijН Binary compound 2-24

₤Ō₤ēijНΒНБŎлН₣ Ionic compound 2-18

₤Ō₤ļÐļÐũŎďŌл ₤ Percentage composition by mass 3-9

₤ņБŁũÐБņБ Chemical equation 3-17

₤ņБŁũЯ◦ņлРÐБņБ Thermochemical equation 6-8

₤ņБŁũņлРЮŲÐНŲ Molecular equation 4-8

₤ņБŁũǻĕсřŷмŲ℮м Й Van der Waals equation 5-42

₤ņБŁũΒНБŎлН₣ Ionic equation 4-8

₤ņБŁũΒНБŎлН₣₤еũУŲ Net ionic equation 4-9

₤ņБŁũΧ₤ŊњĕĠũЋ₤Н◦ċ Ideal gas equation 5-16

₤ņБŁũ Nernst Nernst equation 19-19

₤ņįњĕťΒНБŪřСЯ₤ĕ Hydrogen bond 11-9

₤ņįњĕċ РǻΌ₣см Covalent bond 9-12

₤ņįњĕċ РǻΌ₣сĠлРЯŲм Polar covalent bond 9-17

₤ņįњĕċ РΒњũűБ₧₤ŏО₣ РǻΌ₣см Coordinate covalent bond 9-33

I-11

libiRkm Exμr - Gg;eKøs ₤ņįњĕċЮĈŲ Single bond 9-14

₤ņįњĕċĮБũďĕс Double bond 9-14

₤ņįњĕċĮБ (π) Pi bond (π) 10-36

₤ņįњĕċ₤НБşŌл (σ) Sigma bond (σ) 10-36

₤ņįњĕċΒНБŎлН₣ Ionic bond 9-17

₤ņŊijЊ ņŊ Hypothesis 1-2

⅜ĠпР ņŊ Saponification 24-28

⅜ũēijН Substance 1-4

⅜ũēijНİŎЮ Чũ Volatile 12-20

⅜ũēijНřŜŌл Юŀ◦Њş Diamagnetic substance 7-60

⅜ũēijНģл ŬмŌл Юŀ◦Њş Paramagnetic substance 7-60

⅜ũēijНņЊĕ₤Н◦ċĄеĕУŎ Donor impurity 20-14

⅜ũēijНņЊĕ₤Н◦ċ◦◦УŲ Acceptor impurity 20-15

⅜ũēijНņЊĕЮ Чũ Nonvolatile 12-17

⅜ũēijНŪ₤СĠ‗ЙŪij₣О Moderators 23-24

₤НБ ųСΖŲсŁĕ Cycloalkane 24-10

₤БijН‗Ά ļĮ еũЋij Critical temperature 11-47

₤БijН‗Ά ļĮŢşсžij₤Рĕŏ Absolute zero 5-13

₤НБЮĕ◦ЊşÐБņБ Chemical kinetics 13-1

₤пНŲǻij˝ņŊм Solvation 12-5

₤РŲНŎ₤ŏО₣ Solution 4-2

₤РŲНŎ₤ŏО₣ЯđΔij Saturated Solution 12-1

₤РŲНŎ₤ŏО₣ЯđΔij У₤ Supersaturated Solution 12-1

₤РŲНŎ₤ŏО₣ijеĠлН₣ Buffer solution 16-6

₤РŲНŎ₤ŏО₣◦Е Aqueous solution 4-2

₤РŲНŎ₤ŏО₣ņЊĕЯđΔij Unsaturated Solution 12-1

₤РŲНŎ₤ŏО₣₤Н◦ċ Ideal Solution 12-20

₤РŲНŎ₤ŏО₣₤Ś₣сŢ Standard solution 4-42

₤пРŲ J Joule J 5-33

Π◦↑ΐ┤ Ketone 24-25

Ю₤пũВаĕŁũĮН ĩНŎēijНŷЋ◦ŏО₤˝ņŊ Radioactive decay series 23-13

Ю₤пũВ₤˝ņŊļĮ Activity series 4-28

Ю₤пũВ₤ġОЊşŪijСÐБņБ Spectrochemical series 22-23

I-12

libiRkm Exμr - Gg;eKøs

₤е₧ŎļŎ Diffusion 5-39

₤еĵĊ Pressure 5-5

₤еĵĊ еũЋij Critical pressure 11-48

₤еĵĊşеΉŎŲеĕЕ₣ Equilibrium vapor pressure 11-42

₤еĵĊЮŢŎЯĩĖ Partial pressures 5-27

₤еĵĊĠũЋŗŁ₤ Atmospheric pressure 5-5

₤еĵĊΒР₤ŊС₤ (π) Osmotic Pressure (π) 12-26

₤еЮŵ΅к Alloy 20-1

₤Ś₣сŢ₤БijН‗Ά ļĮ ĕЊ₣₤еĵĊ Standard temperature and pressure 5-17

₤Ś₣сŢ₤еĵĊĠũЋŗŁ₤ Standard atmospheric pressure 5-5

Ю₤ŚũВΒРΒНБ₤РЯņũ Stereoisomer 22-15

₤ĀЙ₤ŏСЮņŪ◦Б Stoichiometry 3-23

₤ġОЊşďĠс Continuous spectrum 7-9

₤ġОЊşĠĜĀ ijс Line spectrum 7-9

₤ġОЊşЮΒΌЊşŪijСŌл Юŀ◦Њş Electromagnetic spectrum 7-4

₤ŜĕУ Cyanide 21-9

Ū₤ĈĠсǻΌ₣см Valence shell 10-2

Ū₤ŵŎ Families 2-13

Ήſ Ŭм Юř Faraday 19-16

Юū ſ ₣с (υ) Frequency (υ) 7-3

ΒÐð Њ₤ĕБŷЋļÐ Electrolysis 19-36

Β₣с″ŲсĮБ Enthalpy 6-6

Β₣с″ŲсĮБаĕŪĠijЊ ņŊ (H) Enthalpy of reaction(H) 6-6

Β₣с″ŲсĮБаĕ₤РŲНŎ₤ŏО₣ Enthalpy of solution 6-25

Β₣с″ŲсĮБ₤Ś₣сŢаĕ еĕ Standard enthalpy of formation 6-17

Β₣с″ŲсĮБ₤Ś₣сŢаĕŪĠijЊ ņŊ Standard enthalpy of reaction 6-17

Β₣с″ŲсĮБ₤Ś₣сŢаĕŪĠijЊ ņŊ Standard Entropy of reaction 18-8

Β₣сŪijСĮБ Entropy 18-3

Β₣с₤НБņ Enzyme 13-44

Β₣ ðēijН ₧Ś Ų Intermediates 13-31

Β₣ ðēijНş₣ΔОŲĮх‗ Indicator 4-42

Β₣ ðēijНşņų₣ Conductor 20-13

Β₣ ðēijНşņų₣ĵ с ₧Ś ŪĠЮķ◦ n n-type semiconductor 20-15

I-13

libiRkm Exμr - Gg;eKøs Β₣ ðēijНşņų₣ĵ с ₧Ś ŪĠЮķ◦ p p-type semiconductor 20-15

Β₣ ðēijНşņų₣ĵ с ₧Ś Ų Semiconductor 20-13

Β₣ ðēijНŪĠijЊ ũ Reactant 3-18

Β₣ ðēijНũŵŎ Solute 4-2

Β₣ ðēijНũЖ₣ďŪŁņ Crystalline solid 11-17

Β₣ ðēijНũЖ₣ĕЊ₤₧ť ĕ Amorphous solid 11-35

Β₣ ðēijНũжŵŎ Solvent 4-2

Β₣ ðēijНΒНБ₤РΌ₣с Insulator 20-13

ΒŪ″˝ņŊ Titration 4-42

ΒњĮſĩРijРÐБņБ Photochemical smog 17-28

ΒũĠпГ″ŲсņлРЮŲÐНŲ Molecular orbital 10-40

ΒũĠпГ″ŲсņлРЮŲÐНŲŢŲ Delocalised molecular orbital 10-53

ΒũĠпГ″ŲсņлРЮŲÐНŲĠř₤ņįњĕċЊ Antibonding molecular orbital 10-40

ΒũĠпГ″ŲсņлРЮŲÐНŲĮБ (pi) Pi molecular orbital 10-43

ΒũĠпГ″ŲсņлРЮŲÐНŲ₤ņįњĕċ Bonding molecular orbital 10-40

ΒũĠпГ″ŲсņлРЮŲÐНŲ₤НБşŌ Sigma molecular orbital 10-41

ΒњũĠпГ″ŲсΖijРņ Atomic orbital 7-27

ΒũĠпГ″ŲсΒНБŪĠпГij Hybrid orbital 10-24

ΒЮŵ΅к Non-metals 2-13

ΖÐНŎ Battery 19-24

ΖŀлО₣ Anion 2-17

Ζ‗Рij Anode 19-6

ΖijРņ Atom 2-3

ΖijРņΒĖ˝ЮΖŎ Donor atom 22-9

ΖŌл ŲсŁņ Amalgam 20-2

ΖņБĕ Amine 24-28

ΖŲсŁĕ Alkane 24-2

ΖŲс НŲ Alcohol 24-22

ΖŲсЮřΒНБij Aldehyde 24-25

ΖŲс₤НБĕ Alkyne 24-14

ΖŲсЯ₤ĕ Alkene 24-11

Ζ₤НБij Acid 2-30

Ζ₤НБijŁĠН ₤НБŲЊş Carboxylic acid 24-26

I-14

libiRkm Exμr - Gg;eKøs

Ζ₤НБijžų е₣ Strong acid 15-8

Ζ₤НБijЮŠ⅝Ŏ Weak acid 15-8

Ζ₤НБijЮřΒН ₤НБũВĠРĕНŎЮ ųΒНЊş (DNA) Deoxyribonucleic acid DNA 25-21

Ζ₤НБijĕНŎЮ ųΒНЊş Nucleic acid 25-21

Ζ₤НБij Įũųĕ₤ijЮř Brønsted acid 4-13

Ζ₤НБijũВĠРĕНŎЮ ųΒНЊş (RNA) Ribonucleic acid RNA 25-21

Ζ₤НБijΌЙŷВ₤ Lewis acid 15-40

Ζ₤НБijΖņБЮĕ Amino acid 25-10

ΖΌСЯ₤ĕ Halogens 2-15

ΒНЊŪřСŪĠСĠпЌş Hydrophobic 12-38

Ο◦ċЊĮŲĩĀй˝ŃĆ с Greenhouse effect 17-17

Ο◦ċЊĮŲΒНБŎлН₣ũУņ Common ion effect 16-2

ΒНБŪŢij Hydrate 2-34

ΒНБŪŢij˝ņŊ Hydration 4-4

ΒНБŪřСŁĠУ Hydrocarbon 24-2

ΒНБŪřСŁĠУЯđΔij Saturated hydrocarbon 24-2

ΒНБŪřСŁĠУņЊĕĈĕсЯđΔij Unsaturated hydrocarbon 24-12

ΒНБŪřСŁĠУΖũмРŌ◦Њş Aromatic hydrocarbon 24-2

ΒНБŪřСŁĠУΖŲБĬ◦Њş Aliphatic hydrocarbon 24-2

ΒНБŪřСķБŲЊş Hydrophilic 12-38

ΒНБŪřСŲБ₤ΒеĠЊŲ Salt hydrolysis 15-30

ΒНБŪřСЯ₤ĕ˝ņŊ Hydrogenation 21-6

ΒНБŪĠпГij˝ņŊ Hybridisation 10-24

ΒНБŎлН₣ Ion 2-17

ΒНБŎлН₣ еĩųЊş Complex ion 16-43

ΒНБŎлН₣◦₤℮ĕЊ Spectator ion 4-8

ΒНБŎлН₣ĠлРŲБΖijРņ Polyatomic ion 2-18

ΒНБŎлН₣ņлР‗РΖijРņ Monatomic ion 2-18

ΒНБŎлН₣ΒНБŪřСŀлСņ Hydronium ion 4-13

ΒНБ₤РijРĠ Isotope 2-12

ΒНБ₤РЯņЮŪý₣ Structural isomer 24-3

ΒНБ₤РЯņĊũ‗БŌŪij Geometric isomer 22-15

ΒНБ₤РЯņũΒНĠ◦Њş Optical isomer 22-16

I-15

libiRkm Exμr - Gg;eKøs ΒНБ₤РЮΒΌЊşŪijСĕЊş Isoelectronic 8-9

ΒН ₤НБijΒеĩРЯ◦ũ Amphoteric oxide 8-34

ΒН ₤РΖŀлО₣ Oxoanion 2-32

ΒН ₤РΖ₤НБij Oxoacid 2-31

Χ₤Ŋњĕ еũ Noble gases 8-4

Χ₤Ŋњĕ еũм Noble gases 2-15

Χ₤Ŋњĕ еũŪÐЕй Noble gas core 7-50

Χ₤ŊњĕĠũЋ₤Н◦ċ Ideal gas 5-16

ΒРņлРĠлРŲБЯņũ Homopolymer 25-3

ΒР₤ŊС₤ Osmosis 12-26

ЮΒ‗₣сijŏСЯņũ Enantiomer 22-18

ЮΒЯ◦ũ Ether 24-24

ЮΒЯ₤Āũ Ester 24-27

ЮΒΌЊşŪij₣О Electron 2-5

ЮΒΌЊşŪij₣ǻΌ₣сО м Valence electrons 8-6

ЮΒΌЊşŪij₣ǻΌ₣сО м Valence electron 7-52

ЮΒΌЊşŪijСÐБņБ Electrochemistry 19-1

ЮΒΌЊşŪijСŲБij Electrolyte 4-2

ЮΒΌЊşŪijСΒŷЋĄąŌĕ Electronegativity 9-17

ΒеĠЊŲ Salt 4-17

ΒеĩРũЯ◦ũ Metalloid 2-13

ΒĖ˝″ņŢĕ Tracer 23-37

pH pH 15-5

emf (Eo) ₤Ś₣сŢ Standard emf (Eo) 19-10

I-16