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Visual Chemistry Encyclopedia 6 files - 711 sheets
3 options per subject
 
File 5: Organic and Analytic Chemistry,
Nuclear Reactions
 
12x Organic chemistry: introduction
7x Isomerism
5x Biochemistry: micelles
8x DNA
10x Proteins and amino acids
9x Redox: introduction
9x Electrolysis
10x Electrochemical cells
9x Polarimeter
11x Spectrometry
10x Mass spectrometry and NMR
5x Analysis: methods
7x Intro to nuclear reactions
7x Radiation
8x Radioactive decay
4x Nuclear power

5.49
Organic chemistry: introduction
5.49.1
Molecular orbitals of benzene (fig. 24.7 Eb)
5.49.2
Representations of the ethylene molecule (fig. 24.5 Eb)
5.49.3
Preparation of polystyrene (fig. 24.13 Eb)
5.49.4
Proposed mechanism of catalytic hydrogenation of C2H4 (fig. 13.19 Eb)
5.49.5
The sigma system for benzene (Zu 109)
5.49.6
The pi system for benzene (Zu 110)
5.49.7 Classification of hydrocarbons (fig. 24.1 Eb)
5.49.8 Examples of organic functional groups (table 2.3 Eb)
   
5.50 Isomerism
5.50.1 The isomers of butane (Zu 234)
5.50.2 The propane and butane structures (Zu 233)
5.50.3 Normal pentane (Zu 235)
5.50.4 Cyclopropane structure and bonding (Zu 236)
5.50.5 The chair and boat forms of cyclohexane (Zu 237)
5.50.6 Some classes of isomers (Zu 206)
5.50.7 The common functional groups (Zu 241)
   
5.51 Biochemistry: micelles
5.51.1 The cleaning action of soap (fig. 12.31 Eb)
5.51.2 A stearate micelle in a water solution (fig. 12.30 Eb)
5.51.3 Schematic of a micelle (Zu 251)
5.51.4 A triglyceride structure (Zu 250)
5.51.5 A phospholipid structure (Zu 252)
   
5.52 DNA
5.52.1 Replication of DNA (Zu 248)
5.52.2 DNA replication (fig. 25.7 Eb)
5.52.3 Synthesis of protein molecules (translation) (fig. 25.9 Eb)
5.52.4 Schematic of protein synthesis (Zu 249)
5.52.5 Formation of messenger RNA (transcription) (fig. 25.8 Eb)
5.52.6 The double helix in DNA (Zu 247)
5.52.7 The essential elements (Zu 242)
5.52.8 Genetic code dictionary (table 25.2 Eb)
   
5.53 Protein and amino acids
5.53.1 A balance for measuring magnetic properties (Zu 105)
5.53.2 Myoglobin (Zu 217)
5.53.3 Hemoglobin (Zu 218)
5.53.4 The pleated sheet structure for proteins (Zu 244)
5.53.5 The helical structure of proteins (Zu 243)
5.53.6 Enzyme action (lock-and-key model) (fig. 13.21 Eb)
5.53.7 Active site on an enzyme (fig. 25.3 Eb)
5.53.8 The active site in carboxypeptidase (Zu 245)
5.53.9 The amino acids found in most proteins part 1 (table 25.1 Eb)
5.53.10 The amino acids found in most proteins part 2 (table 25.1 Eb)
   
5.54 Redox: introduction
5.54.1 Displacement reaction of copper and silver nitrate (fig. 4.14C Eb)
5.54.2 Combustion of iron wool (fig. 4.14G Eb)
5.54.3 A hydrogen electrode (fig. 19.5 Eb)
5.54.4 Atomic view of a voltaic cell (fig. 19.2 Eb)
5.54.5 A zinc-copper voltaic cell (fig. 19.3B Eb)
5.54.6 Rules for assigning oxidation numbers (table 4.5 Eb)
5.54.7 Standard electrode potentials part 1 (table 19.1 Eb)
5.54.8 Standard electrode potentials part 2 (table 19.1 Eb)
5.54.9 Standard reduction potentials at 25°C (298 K)
for many common half-reactions (Zu 179)
   
5.55 Electrolysis
5.55.1 Electrolysis of molten sodium chloride (fig. 19.19 Eb)
5.55.2 Downs cell for the preparation of sodium metal (fig. 19.20 Eb)
5.55.3 Chlor-alkali mercury cell (fig. 19.23 Eb)
5.55.4 Purification of copper by electrolysis (fig. 19.24left Eb)
5.55.5 Schematic of a cell for obtaining A1 electrolytically (Zu 185)
5.55.6 Cathodic protection of a buried steel pipe (fig. 19.17 Eb)
5.55.7 A Zn/Cu galvanic cell (Zu 178)
5.55.8 A schematic of a galvanic cell (Zu 176)
5.55.9 A Zn/H galvanic cell (Zu 177)
   
5.56 Electrochemical cells
5.56.1 Schematic of lead storage battery (Zu 182)
5.56.2 A lead storage battery (fig. 19.12 Eb)
5.56.3 A hydrogen-oxygen fuel cell (fig. 19.15 Eb)
5.56.4 Schematic of a dry cell battery (Zu 183)
5.56.5 Lelanché dry cell (fig. 19.9 Eb)
5.56.6 A small alkaline dry cell (fig. 19.10 Eb)
5.56.7 A chlor-alkali membrane cell (fig. 19.22 Eb)
5.56.8 Electrochemical process involved in the rusting of iron (fig. 19.16 Eb)
5.56.9 A mercury battery (Zu 184)
5.56.10 A silver concentration cell (Zu 180)
 
 
 

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5.57 Polarimeter
5.57.1 Plane polarized light (Zu 208)
5.57.2 Polarization of light (fig. 23.18 Eb)
5.57.3 Optical isomerism for carbon with four different substituents (Zu 246)
5.57.4 The left and right hands are mirror images (Zu 210)
5.57.5 Sketch of a polarimeter (fig. 23.19 Eb)
5.57.6 Plane polarized light passing through an optically active sample (Zu 209)
5.57.7 The optical isomers of Co(en)33+ (Zu 211)
5.57.8 Isomers of dichlorobis(ethylenediamine)cobalt(III) ion (fig. 23.16 Eb)
5.57.9 The optical isomers of Co(en)2Cl2+ (Zu 212)
   
5.58 Spectrometry
5.58.1 Classification of electromagnetic radiation (Zu 55)
5.58.2 Nature of waves (Zu 54)
5.58.3 The electromagnetic spectrum (fig. 7.5 Eb)
5.58.4 Standing wave vibrations (Zu 57)
5.58.5 (a) Continuous spectrum (b) line spectrum (Zu 56)
5.58.6 Emission (line) spectra of some elements (fig. 7.2 Eb)
5.58.7 The visible spectrum of Ti(H2O)63+ (fig. 23.27 Eb)
5.58.8 Infrared spectrum of ethyl butyrate (fig. 9.22 Eb)
5.58.9 Schematic diagram of an x-ray diffractometer (fig. 11.50 bottom Eb)
5.58.10 Interference of light waves (Zu 115)
5.58.11 Diagram to support the Bragg equation (Zu 116)
   
5.59 Mass spectrometry and NMR
5.59.1 Diagram of a simple mass spectrometer (fig. 2.11 Eb)
5.59.2 Diagram of a mass spectrometer (Zu 18)
5.59.3 Mass spectrum of methylene chloride (fig. 3.11 Eb)
5.59.4 Diagram of Millikan apparatus (Zu 12)
5.59.5 Millikan’s oil-drop experiment (fig. 2.6 Eb)
5.59.6 The Stern-Gerlach experiment (fig. 8.2 Eb)
5.59.7 Gouy balance for measuring paramagnetism (fig. 23.10 Eb)
5.59.8 Nuclear magnetic resonance experiment (fig. 8.5 Eb)
5.59.9 A representation of electron spin (fig. 8.3 Eb)
5.59.10 NMR spectrum of ethanol (low resolution) (fig. 8.6 Eb)
   
 

5.60 Analysis: methods
5.60.1 Gravimetric analysis for barium ion (fig. 4.18 left Eb)
5.60.2 Gravimetric analysis for barium ion (fig. 4.18 right Eb)
5.60.3 Combustion method for determining percent composition (fig. 3.6 Eb)
5.60.4 Titration of HCl with NaOH (fig. 4.19 left Eb)
5.60.5 Flow chart of the qualitative analysis scheme (fig. 17.8 Eb)
   
5.61 Intro to nuclear reactions
5.61.1 Rutherford’s experimental set-up (Zu 13)
5.61.2 Expected and actual results of Rutherford’s experiment (Zu 14)
5.61.3 Alpha-particle scattering from metal foils (fig. 2.7 Eb)
5.61.4 Representation of scattering of alpha particles (fig. 2.8 Eb)
5.61.5 Band of stability (fig. 20.3 Eb)
5.61.6 The zone of stability (Zu 222)
5.61.7 Masses of some elements and other particles (table 20.3 Eb)
 
 
5.62 Radiation
5.62.1 A cyclotron (fig. 20.5 Eb)
5.62.2 Separation of the radiation from a radioactive material (fig. 20.2 Eb)
5.62.3 A Geiger counter (fig. 20.9 Eb)
5.62.4 A scintillation counter probe (fig. 20.10 left Eb)
5.62.5 A technetium-99m generator (fig. 20.12 left Eb)
5.62.6 A schematic of a Geiger-Müller counter (Zu 225)
5.62.7 Types of radioactive decay (table 20.2 Eb)
   
5.63 Radioactive decay
5.63.1 Fission and fusion related to the binding energy curve (Zu 227)
5.63.2 The binding energy curve for various nuclei (Zu 226)
5.63.3 Representation of a chain reaction of nuclear fissions (fig. 20.17 Eb)
5.63.4 Uranium-238 radioactive decay series (fig. 20.4 Eb)
5.63.5 Radioactive decay of a 1.000-g sample of iodine-131 (fig. 20.11 Eb)
5.63.6 A schematic showing the half life for 9038Sr (Zu 224)
5.63.7 Plot of binding energy per nucleon versus mass number (fig. 20.16 Eb)
5.63.8 The 23892 disintegration series (Zu 223)
   
5.64 Nuclear power
5.64.1 Schematic of a nuclear power plant (Zu 229)
5.64.2 Light-water nuclear reactor (fig. 20.19 Eb)
5.64.3 Schematic of a reactor core (Zu 230)
5.64.4 Fission produces a chain reaction (Zu 228)
 
 
 
 
 
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