LEVEL 5
ONE: MATTER AND ENERGY
I. Atoms: atomic nuclei and elementary particles
111. Atomic nucleus; elementary particles
A. ATOMIC NUCLEUS(13:334-345)
1. e. MAGNETIC RESONANCE(11:305-309)
8. CHEMICAL ELEMENTS, ORIGIN OF(4:118-123)
B. ISOTOPES(9:1054-1059)
5. MASS SPECTROMETRY(11:604-609)
C. RADIOACTIVITY(15:434-448)
D. NEUTRON(12:1070-1076)
F. NUCLEAR FISSION(13:301-307)
G. NUCLEAR FUSION(13:307-313)
H. SUBATOMIC PARTICLES(13:1022-1035)
1. d. i. ELECTRON(6:665-672)
4. CONSERVATION LAWS AND SYMMETRY(5:33-39)
I. RADIATION EFFECTS ON MATTER(15:399-416)
4. RADIATION DETECTION AND CHARACTERIZATION(15:392-398)
112. Structure and properties of atoms
A. ATOMIC STRUCTURE(2:330-343)
3. f. BROWNIAN MOVEMENT(3:331-333)
4. c. QUANTUM MECHANICS(11:793-799)
B. ATOMIC WEIGHT(2:343-345)
D. X-RAYS(19:1058-1064)
E. MATTER AND ANTIMATTER(11:703-705)
F. PHYSICAL CONSTANTS(5:75-84)
II. Energy, radiation, and the states and transformation of matter
121. Chemical elements: periodic variation in their properties
A. PERIODIC LAW(14:75-81)
B. CHEMICAL ELEMENTS(4:114-118)
1: HYDROGEN AND ITS COMPOUNDS(9:93-97)
e. WATER(19:633-637)
2. ALKALI METALS AND THEIR COMPOUNDS(1:580-588)
3. ALKALINE-EARTH METALS AND THEIR COMPOUNDS(1:589-595)
4. BORON GROUP ELEMENTS AND THEIR COMPOUNDS(3:44-50)
5. CARBON GROUP ELEMENTS AND THEIR COMPOUNDS(3:838-852)
6. NITROGEN GROUP ELEMENTS AND THEIR COMPOUNDS(13:120-135)
7. OXYGEN GROUP ELEMENTS AND THEIR COMPOUNDS(13:809-824)
8. HALOGEN ELEMENTS AND THEIR COMPOUNDS(8:560-575)
9. NOBLE GASES AND THEIR COMPOUNDS(13:137-142)
10.ZINC GROUP ELEMENTS AND THEIR COMPOUNDS(19:1143-1146)
11.TRANSITION ELEMENTS AND THEIR COMPOUNDS(18:600-627)
12.RARE-EARTH ELEMENTS AND THEIR COMPOUNDS(15:515-521)
13.ACTINIDE ELEMENTS AND THEIR COMPOUNDS(1:64-70)
C. 5. TRANSURANIUM ELEMENTS(18:677-684)
122. Chemical compounds: molecular structure and chemical bonding
A. MOLECULAR STRUCTURE(12:309-318)
3. b. ISOMERISM(9:1032-1043)
6. CHEMICAL ANALYSIS(4:76-84)
a. CHEMICAL SEPARATIONS AND PURIFICATIONS(4:156-161)
ii. CHROMATOGRAPHY(4:565-569)
iv. ION-EXCHANGE REACTIONS(9:800-804)
g. MOLECULAR WEIGHT(12:318-321)
h. CONFORMATIONAL ANALYSIS(4:1089-1091)
i. MOLECULAR AND ATOMIC BEAMS(12:304-309)
B. CHEMICAL BONDING(4:84-94)
5. a. FREE RADICALS(15:421-423)
b. CARBENES(3:820-823)
c. CARBANIONS(3:817-820)
d. CARBONIUM IONS(3:860-863)
C. CHEMICAL COMPOUND CLASSIFICATIONS(4:94-96)
D. INORGANIC CHEMICAL COMPOUNDS(4:96-106)
2. c. COORDINATION COMPOUNDS(5:134-143)
E. ORGANIC CHEMICAL COMPOUNDS(4:106-113)
1. a. HYDROCARBONS(9:79-92)
b. ORGANIC HALOGEN COMPOUNDS(13:682-693)
c. ORGANOMETALLIC COMPOUNDS(13:714-721)
d. ALCOHOLS, PHENOLS, AND ETHERS(1:450-459)
e. CARBOXYLIC ACIDS AND THEIR DERIVATIVES(3:863-874)
f. ALDEHYDES AND KETONES(1:459-463)
g. ORGANIC NITROGEN COMPOUNDS(13:693-700)
h. ORGANIC SULFUR COMPOUNDS(13:706-714)
i. ORGANIC PHOSPHORUS COMPOUNDS(13:701-706)
k. HETEROCYCLIC COMPOUNDS(8:832-844)
1. OILS, FATS, AND WAXES(13:522-527)
m. CARBOHYDRATE(3:823-832)
n. PROTEIN(15:81-98)
o. ISOPRENOIDS(9:1043-1049)
p. STEROIDS(17:677-686)
q. NUCLEOTIDES(13:330-333)
r. NUCLEIC ACID(13:328-330)
s. ALKALOIDS(1:595-607)
t. DYESTUFFS AND PIGMENTS(5:1105-1117)
u. POLYMERS(14:764-774)
123. Chemical reactions
A. CHEMICAL REACTIONS(4:142-146)
B. 3. THERMODYNAMIC PRINCIPLES(18:306-307)
C. CHEMICAL KINETICS PRINCIPLES(4:138-142)
1. d. CATALYSIS(3:1000-1005)
5. c. RELAXATION PHENOMENA(15:589-592)
D. MECHANISMS OF CHEMICAL REACTIONS(4:147-155)
E. ACID-BASE REACTIONS AND EQUILIBRIA(1:45-53)
F. OXIDATION-REDUCTION REACTIONS(13:803-809)
4. ELECTROCHEMICAL REACTIONS(6:638-644)
6. COMBUSTION AND FLAME(4:954-958)
G. PHOTOCHEMICAL REACTIONS(14:291-296)
H. CHEMICAL SYNTHESIS PRINCIPLES(4:161-165)
124. Heat, thermodynamics, and the nonsolid states of matter
A. PRINCIPLES OF THERMODYNAMICS(18:290-315)
4. c. HEAT(8:700-706)
5. c. PHASE CHANGES AND EQUILIBRIA(14:204-210)
B. GASEOUS STATE(7:914-922)
C. LIQUID STATE(10:1024-1028)
D. SOLUTIONS AND SOLUBILITIES(16:1047-1057)
E. 3. TRIBOLOGICAL PHENOMENA(18:705-709)
4. COLLOIDS(4:853-861)
F. PLASMA STATE(14:505-510)
G. 1. LOW-TEMPERATURE PHENOMENA(11:161-164)
3. HIGH-PRESSURE PHENOMENA(8:867-871)
H. TRANSPORT PHENOMENA(18:674-677)
125. Solid state of matter
A. CRYSTALLOGRAPHY(5:339-347)
3. CRYSTALLIZATION AND CRYSTAL GROWTH(5:333-339)
B. SOLID STATE OF MATTER(16:1032-1044)
7. c. PHOTOELECTRIC EFFECT(14:296-300)
C. IONIC CRYSTALS(9:804-809)
D. METALS, THEORY OF(11:1086-1092)
8. SUPERCONDUCTIVITY(17:811-815)
E. SEMICONDUCTORS AND INSULATORS, THEORY OF(16:522-529)
F. GLASSY STATE(8:207-211)
126. Mechanics of particles, rigid bodies, and deformable bodies
A. CLASSICAL MECHANICS(11:762-779)
3. b. iii. BALLISTICS(2:654-660)
e. ENERGY(6:849-854)
B. RELATIVITY(15:581-585)
C. ELASTICITY(6:518-522)
D. VIBRATIONS(19:99-103)
E. FLUID MECHANICS(11:779-793)
F. DEFORMATION AND FLOW(5:553-558)
127. Electricity and magnetism
A. ELECTRICITY(6:537-609)
C. MAGNETISM(11:309-328)
5. c. iii. FERROMAGNETISM(7:251-254)
D. THEORY OF FIELDS IN PHYSICS(7:293-295)
E. ELECTROMAGNETIC RADIATION(6:644-664)
128. Waves and wave motion
A. WAVE MOTION(19:665-673)
B. ELECTROMAGNETIC RADIATION(6:644-653)
3. c. ii. LUMINESCENCE(11:178-185)
e. ii. MOSSBAUER EFFECT(12:491-493)
4. LASER AND MASER(10:686-689)
C. LIGHT(10:928-949)
9. SPECTROSCOPY PRINCIPLES(17:455-462)
D. OPTICS, PRINCIPLES OF(13:608-621)
2. d. HOLOGRAPHY(8:1007-1010)
E. SOUND(17:19-34)
7. MUSICAL SOUND(17:34-39)
III. Universe: galaxies, stars, the solar system
131. Cosmos
A. STRUCTURE AND PROPERTIES OF UNIVERSE(18:1011-1018)
3. c. QUASI-STELLAR SOURCES(15:327-330)
d. PULSAR(15:266-270)
e. ASTRONOMICAL X-RAY SOURCES(19:1064-1069)
B. GRAVITATION(8:286-294)
C. CELESTIAL MECHANICS(11:756-761)
D. RELATIVITY(15:581-588)
E. ORIGIN AND EVOLUTION OF UNIVERSE(18:1007-1011)
132. Galaxies and stars
A. EXTERNAL GALAXIES(7:828-833)
3. ASTRONOMICAL RADIO SOURCES(15:474-476)
B. THE GALAXY(7:833-849)
5. b. NEBULA(12:926-935)
c. INTERSTELLAR MEDIUM(9:790-800)
d. ASTRONOMICAL RADIO SOURCES(15:470-474)
e. ASTRONOMICAL INFRARED SOURCES(9:580-583)
g. COSMIC RAYS(5:200-208)
C. STAR CLUSTERS AND STELLAR ASSOCIATIONS(17:604-609)
D. STAR(17:584-604)
1. ASTRONOMICAL MAPS(2:223-231)
2. b. ASTRONOMICAL PHOTOMETRY(14:346-352)
c. PRINCIPLES OF ASTRONOMICAL SPECTROSCOPY(2:232-241)
7. d. ORIGIN OF CHEMICAL ELEMENTS(4:120-123)
133. Solar system
A. SOLAR SYSTEM(16:1028-1032)
4. a. MINOR PLANET(14:491-493)
b. COMET(4:969-978)
c. METEOR(12:36-39)
d. i. METEORITE(12:39-48)
ii. TEKTITE(18:59-63)
e. INTERPLANETARY MEDIUM(9:785-790)
B. SUN(17:798-808)
C. 1. a. MERCURY(11:915-921)
b. VENUS(19:77-82)
d. MARS(11:518-530)
3. a. JUPITER(10:346-352)
b. SATURN(16:272-275)
c. URANUS(18:1037-1038)
d. NEPTUNE(12:963-965)
e. PLUTO(14:580-581)
D. EARTH AS A PLANET(6:57-62)
3. a. ASTRONOMICAL PARALLAX(13:993-997)
b. ABERRATION OF LIGHT(10:949-951)
E. MOON(12:415-432)
6. a. ii. CALENDAR(3:595-598)
b. ECLIPSE, OCCULTATION, AND TRANSIT(6:188-197)
c. TIDES(18:383-392)
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