ORGANOMETALLIC COMPOUNDS
|
|
- Meagan Bruce
- 5 years ago
- Views:
Transcription
1 ORGANOMETALLIC COMPOUNDS METHODS OF SYNTHESIS PHYSICAL CONSTANTS AND CHEMICAL REACTIONS Edited by MICHAEL DUB Central Research Department, Monsanto Company Volume II COMPOUNDS OF GERMANIUM, TIN AND LEAD INCLUDING BIOLOGICAL ACTIVITY AND COMMERCIAL APPLICATION Second Edition, Edited by RICHARD W. WEISS Organic Division, Monsanto Company Covering the Literature from 1937 to 1964 SPRINGER-VERLAG BERLIN HEIDELBERG NEW YORK 1967
2 CONTENTS PREFACE TO THE SECOND EDITION INTRODUCTION TO VOLUME II ABBREVIATIONS III V VII GERMANIUM 1. Symmetrie Tetraorganogermanes 1 2. Unsymmetric Tetraorganogermanes 2.1 Nonfunctional Derivatives Unsymmetric Tetraorganogermanes with Oleflnic Substituents Unsymmetric Tetraorganogermanes Containing Functionally Substituted Olefinic Groups Unsymmetric Tetraorganogermanes with Acetylenic Substituents Unsymmetric Tetraorganogermanes Containing Functionally Substituted Acetylenes Functionally Substituted Unsymmetric Tetraorganogermanes Tetraorganogermanes Containing Halogen Tetraorganogermanes Containing Pseudohalogen Substituents Tetraorganogermanes Containing Oxygen Organogermanes with Hydroxy Groups and Their Derivatives «3 Tetraorganogermanes Containing Carbonyl Groups Tetraorganogermanes Containing Carboxyl Functions Tetraorganogermanes Containing Sulfur Tetraorganogermanes Containing Nitrogen and Phosphorous Tetraorganogermanes Containing Metal Substituents Bridged Bisorganogermanes Tetraorganogermanes Containing Organosilyl Substituents Tetraorganogermanes Containing Organotin Substituents Tetraorganogermanes Containing Group II Metals Tetraorganogermanes Containing Alkali Metals Organogermanium Hydrides 3.1 Nonfunctional Organogermanium Hydrides Unsymmetric Organogermanium Hydrides Deuterium-Substituted Organogermanium Hydrides Functionally Substituted Organogermanium Hydrides Organogermanium Hydrides Containing Heteroatom- Germanium Bonds 63 3,8.1 Mixed Organogermanium Hydride Halides 63 3,8.3 Organogermanium Hydrides Containing Other Germanium- Heteroatom Bonds 65 XI
3 4. Organogermanium Compounds Containing Heteroatom- Germanium Bonds 4.1 Compounds with Halogen Triorganogermanium Halides Unsubstituted Symmetrie Triorganogermanium Halides Unsymmetric Unsubstituted Triorganogermanium Halides Functionally Substituted Triorganogermanium Halides Diorganogermanium Dihalides Unsubstituted Diorganogermanium Dihalides Functionally Substituted Diorganogermanium Dihalides Organogermanium Trihalides Unsubstituted Organogermanium Trihalides Uhsaturated Organogermanium Trihalides Functionally Substituted Organogermanium Trihalides Organogermanium Salts Organogermanium Pseudohalides Organogermanium Salts or Esters of Oxygen Acids Organogermanes with Germanium Oxygen-Bonds Organogermanium Oxides and Hydroxides Triorganogermanium Oxides and Hydroxides Diorganogermanium Oxides Monoorganogermanium Oxides and Germanoic Acids Organogermanium Peroxy Compounds Organogermanium Alkoxides and Mixed Oxides Organogermanium Carboxylates Organogermanium Carboxylates with Unsubstituted Carboxylic Acids Organogermanium Carboxylates Derived from Functionally Substituted Carboxylic Acids Organogermanium Compounds with Sulfur and Selenium Organogermanium Sulfides, Disulfides, and Selenides Organogermanium Mercaptides and Mercaptans Metal-Substituted Organogermanium Sulfides and Selenides Organogermanium Compounds with Nitrogen, Phosphorous, Arsenic, Antimony, and Bismuth Organogermanium Amides, Imides, Nitrides, and Phosphides Organogermanium Metal Imides Organogermanium Imido Phosphoranes and Arsenic or Antimony Analogues Organo-polygermanes Hexaorganodigermanes Organo-polygermanes Containing More Than Two Germanium Atoms Organo-polygermanes Containing Heteroatoms Bimetallic Organogermanes 6.1 Organogermanes Containing Germanium-Metal Bonds Bimetallic Organogermanium Derivatives with Metal Coordination Compounds 138 XII
4 7. Cyclic Organogermanes 7.1 Cyclic Tetraorganogermanes Cyclic Organogermanium Hydrides Cyclic Organogermanium Compounds Containing Heteroatom- Germanium Bonds Cyclic Organogermanium Halides Cyclic Organogermanes with Germanium-Oxygen Bonds Cyclic Organo-polygermanes Polymerization Reactions with Organogermanes. 155 TIN 1. Symmetrie Tetraorganotin Compounds 1.1 Nonfunctional Symmetrie Tetraorganotin Compounds Symmetrie Tetraheterocyclic Tin Compounds Symmetrie Unsaturated Tetraorganotin Compounds Symmetrie Functionally Substituted Tetraorganotin Compounds Symmetrie Halogen-Substituted Tetraorganotin Compounds Other Symmetrie Functionally Substituted Tetraorganotin Compounds Unsymmetric Tetraorganotin Compounds Unsymmetric Nonfunctional Tetraorganotin Compounds Heterocyclic Substituted Tetraorganotin Compounds Tetraorganotin Compounds with Olefinic Substituents Tetraorganotin Derivatives of Functionally Substituted Olefins Tetraorganotin Compounds with Acetylenic Substituents Functionally Substituted Tetraorganotin Derivatives of Acetylenes Functionally Substituted Unsymmetric Tetraorganotin Compounds Tetraorganotin Compounds Containing Halogen Tetraorganotin Compounds Containing Pseudohalogen Groups Unsymmetric Tetraorganotin Compounds Containing Oxygen Compounds Derived from a Hydroxy Group Peroxy Tetraorganotin Compounds Organotin Compounds Containing Carbonyl Groups Tetraorganotin Compounds Containing Carboxyl Groups Tetraorganotin Compounds Containing Sulfur Tetraorganotin Compounds Containing Nitrogen »2 Tetraorganotin Compounds Containing Phosphorous Tetraorganotin Compounds Containing Organometallic Substituents Bridged Organotin Compounds Tetraorganotin Compounds with Organosilyl Substituents Tetraorganotin Compounds with Organogermanium Substituents 248 XIII
5 Tetraorganotin Compounds with Organolead Substituents 248 Tetraorganotin Compounds with Boron and Aluminuni 252 Tetraorganotin Compounds with Group II Metals 252 Tetraorganotin Compounds with Group 1 Metals 254 Tetraorganotin Compounds with Tin-Carbon Double Bonds 254 Organotin Hydrides 254 Nonfunctional Organotin Hydrides 255 Organotin Deuterides 265 Functlonally Substituted Organotin Hydrides 2Ö5 Organotin Hydrides Containing Heteroatom-Tin Bonds 265 Organotin Compounds Containing Heteroatom-Tin Bonds Organotin Halides 268 Triorganotin Halides 268 Symmetrie Unsubstituted Triorganotin Halides 268 Unsymmetric Unsubstituted Triorganotin Halides 286 Heterocyclic Substituted Triorganotin Halides 290 Unsaturated Triorganotin Halides 290 Furictionally Substituted Triorganotin Halides 290 Halogen-Substituted Triorganotin Halides 290 Pseudohalogen-Substituted Triorganotin Halides 290 Oxygen-Containing Triorganotin Halides 290 Nitrogen-Substituted Triorganotin Halides 290 Metal-Substituted Triorganotin Halides 290 Diorganotin Dihalides 502 Unsubstituted Diorganotin Dihalides 302 Heterocyclic Substituted Diorganotin Dihalides 515 Unsaturated Diorganotin Dihalides 521 Functionally Substituted Diorganotin Dihalides 522 Halogen-Substituted Diorganotin Dihalides 522 Pseudohalogen-Substituted Diorganotin Dihalides 322 Oxygen-Substituted Diorganotin Dihalides 522 Diorganotin Dihalides Containing Nitrogen or Silicon 522 Organotin Trihalides 327 Unsubstituted Organotin Trihalides 328 Heterocyclic Organotin Trihalides 333 Unsaturated Organotin Trihalides 333 Functionally Substituted Organotin Trihalides 355 Halogen-Substituted Organotin Trihalides 333 Organotin Trihalides with Substituents Other Than Halogen 353 Organotin Halides Containing Tin-Oxygen Bonds 356 Organotin Halides Containing Oxy- or Hydroxy-Groups 557 Organotin Halides Containing Alkoxy Groups 337 Organotin Halides Containing Carboxylate Groups 342 Organotin Halides Containing Tin-Sulfur Bonds 342 Organotin Salts Organotin Pseudohalides Organotin Salts or Esters of Oxygen Acids 347 XIV
6 Organotin Oxygen Compounds 358,1 Organotin Oxides and Hydroxides 358,1.1 Triorganotin Oxides and Hydroxides Diorganotin Oxides and Hydroxides 3^7 2.1 Nonfunctionally Substituted Diorganotin Oxides and Hydroxides 3ÖT 2.6 Functionally Substituted Diorganotin Oxides and Hydroxides Monoorganotin Oxides and Hydroxides 375 Organotin Peroxy Compounds 378 Organotin Alkoxides Triorganotin Alkoxides and Phenoxides Triorganotin Alkoxides Derived from Heterocyclic Alcohols 383 l.k Triorganotin Alkoxides Derived from Unsaturated Alcohols Triorganotin Alkoxides Derived from Functionally Substituted Alcohols Triorganotin Alkoxides Derived from Halogen-Substituted Phenols Triorganotin Alkoxides Derived from Alcohols or Phenols Containing Oxygen Functions Triorganotin Alkoxides Derived from Alcohols or Phenols Containing Nitrogen Triorganotin Alkoxides Derived from Organometallic Substituted Alcohols or Phenols Triorganotin Mixed Oxides Diorganotin Alkoxides Unsubstituted Diorganotin Alkoxides and Phenoxides Diorganotin Alkoxides Derived from Heterocyclic Alcohols Diorganotin Alkoxides Derived from Functionally Substituted Alcohols and Phenols Diorganotin Alkoxides Derived from Halogen-Substituted Phenols Diorganotin Alkoxides Derived from Alcohols or Phenols Containing Oxygen Functions Diorganotin Alkoxides Derived from Alcohols or Phenols Containing Nitrogen Diorganotin Alkoxides Derived from Dihydric Alcohols or Phenols Miscellaneous Diorganotin Alkoxides Diorganotin Siloxanes Diorganotin Alkoxide Carboxylates Monoorganotin Trialkoxides ko8.k Organotin Derivatives of Acetals ko8 5 Organotin Carboxylates 4o8 5-1 Triorganotin Carboxylates koö XV
7 k.$.$.1.1 Unsubstituted Triorganotin Carboxylates Unsubstituted Triorganotin Carboxylates Derived from Heterocyclic Acids Unsubstituted Triorganotin Carboxylates Derived from Unsaturated Acids I.6 Unsubstituted Triorganotin Carboxylates Derived from Functionally Substituted Acids Unsubstituted Triorganotin Carboxylates Derived from Halogen-Substituted Acids Unsubstituted Triorganotin Carboxylates Derived from Oxygen- and Sulfur-Containing Acids I.6.5 Unsubstituted Triorganotin Carboxylates Derived from Acids Containing Nitrogen Unsubstituted Triorganotin Carboxylates Derived from Acids Containing Mercury »1.6.8 Unsubstituted Triorganotin Carboxylates Derived from Polyfunctional Acids I.6.8.I Bis-Triorganotin Derivatives of Dicarboxylic Acids Unsubstituted Triorganotin Carboxylates Derived from Polyfunctional Acids Unsymmetric or Functionally Substituted Triorganotin Carboxylates Unsymmetric Triorganotin Carboxylates > Unsymmetric Triorganotin Carboxylates Derived from Functionally Substituted Acids I.9.3 Functionally Substituted Triorganotin Carboxylates Diorganotin Carboxylates Unsubstituted Diorganotin Carboxylates Diorganotin Derivatives of Heterocyclic and Unsaturated Carboxylic Acids Functionally Substituted Diorganotin Carboxylates Halogen-Substituted Diorganotin Carboxylates Diorganotin Carboxylates Derived from Acids Substituted with Oxygen, Sulfur, Nitrogen, and Phosphorous Diorganotin Carboxylates of Dicarboxylic Acids Diorganotin Carboxylates Containing Tin-Sulfur Bonds 446 ^ Monoorganotin Carboxylates Organotin Compounds with Sulfur, Selenium, and Tellurium Organotin Sulfides, Selenides, and Tellurides Triorganotin Sulfides, Selenides, and Tellurides Diorganotin Sulfides, Selenides, and Tellurides Monoorganotin Sulfides and Selenides Organotin Mercaptides and Organoselenides Triorganotin Mercaptides Unsubstituted Triorganotin Mercaptides and Organoselenides Heterocyclic Substituted Triorganotin Mercaptides Functionally Substituted Triorganotin Mercaptides 456 XVI
8 Diorganotin Dimercaptides Unsubstituted Diorganotin Dimercaptides Heterocyclic Substituted Diorganotin Dimercaptides Functionally Substituted Diorganotin Dimercaptides Monoorganotin Trimercaptides Organotin Thiocarboxylates, Xanthates, and Thiocarbatnates Metal-Substituted Organotin Sulfides, Selenides, and Tellurides Organotin Compounds with Nitrogen, Phosphorous, Arsenic, Antimony, and Bismuth Unsubstituted Organotin Amides, Imides, and Nitrides Heterocyclic Organotin Imides Organotin Derivatives of Acid Amides and Acid Imides Organotin Metal Imides Organotin Imido Phosphoranes and Imido Stibanes Organotin Phosphides, Arsenides, Antimonides, and Bismuthides Organo-Polytin Compounds 5.1 Hexaorganoditin Compounds Organo-Polytin Compounds Containing More Than Two Tin Atoms Organo-Polytin Halides Organo-Polytin Carboxylates Bimetallic Organotin Compounds 6.1 Organotin Derivatives of Groups II-IV Elements Organotin Alkali Metal Compounds Organotin Derivatives with Transition Metal Coordination Compounds Cyclic Organotin Compounds 7.1 Cyclic Tetraorganotin Compounds Cyclic Organotin Compounds with Heteroatom-Tin Bonds Cyclic Organo-Polytin Compounds Miscellaneous Organotin Compounds 8.1 Polymerization Reactions with Organotin Compounds Unspecified Organotin Compounds Commercial Application of Organotin Compounds 515 LEAD 1. Symmetrie Tetraorganolead Compounds 1.1 Unsubstituted Tetraorganolead Compounds Symmetrie Tetraheterocyclic Lead Compounds Symmetrie Unsaturated Tetraorganolead Compounds Functionally Substituted Symmetrie Tetraorganolead Compounds 530 XVII
9 2. Unsymmetric Tetraorganolead Compounds 2.1 Nonfunctional Tetraorganolead Compounds Heterocyclic Substituted Tetraorganolead Compounds Tetraorganolead Compounds with Olefinic Substituents Tetraorganolead Compounds with Acetylenic Substituents Functionally Substituted Tetraorganolead Compounds 54l Tetraorganolead Compounds Containing Halogen 54l Tetraorganolead Compounds Containing Oxygen )- Tetraorganolead Compounds Containing Sulfur 54l Tetraorganolead Compounds Containing Nitrogen Metal-Substituted Tetraorganolead Compounds 5^ Bridged Tetraorganolead Compounds 5^ Tetraorganolead Compounds with Metallic Substituents Organolead Hydrides Organolead Compounds Containing Heteroatom-Lead Bonds 4.1 Organolead Halides Trlorganolead Halides Unsubstituted Triorganolead Halides Heterocyclic Triorganolead Halides Unsaturated Triorganolead Halides Functionally Substituted Triorganolead Halides Diorganolead Dihalides Unsubstituted Diorganolead Dihalides Substituted Diorganolead Dihalides 56l Monoorganolead Halides Organolead Salts 5Ö Organolead Pseudohalides Organolead Salts or Esters of Oxygen Acids Organolead Oxygen Compounds Organolead Oxides and Hydroxides Organolead Peroxides Organolead Alkoxides Organolead Siloxanes Organolead Carboxylates *1 Triorganolead Carboxylates «1 Triorganolead Carboxylates Derived from Unsubstituted Acids Triorganolead Carboxylates Derived from Heterocyclic Acids «1-4 Triorganolead Carboxylates Derived from Unsaturated Acids Triorganolead Carboxylates Derived from Functionally Substituted Acids Triorganolead Carboxylates Derived from Halogen- Containing Acids «1.6.3 Triorganolead Carboxylates Derived from Oxygen- and Nitrogen-Substituted Acids 573 XVIII
10 Diorganolead Carboxylates Diorganolead Carboxylates Derived from Unsubstituted Acids *2.2 Diorganolead Dicarboxylates Derived from Substituted Acids Monoorganolead Tricarboxylates Organolead Compounds with Sulfur, Selenium, and Tellurium Organolead Compounds with Nitrogen and Phosphorous Organo-Polylead Compounds 5.1 Hexaorganodilead Compounds Organolead Compounds with Less Than Three Organic Groups per Lead Atom Bimetallic Organolead Compounds 6.1 Organolead Derivatives of Groups I-IV Metals Organolead Derivatives with Transition Metal Coordination Compounds Cyclic Organolead Compounds Miscellaneous Organolead Compounds 8.1 Polymerization Reactions with Organolead Compounds Unspecified Organolead Compounds 598 BIBLIOGRAPHY 599 REVIEW PUBLICATIONS AND MONOGRAPHS 691 XIX
ORGANOMETALLIC COMPOUNDS
ORGANOMETALLIC COMPOUNDS VOLUME ONE THE MAIN GROUP ELEMENTS PART TWO Groups IV and V ORGANOMETALLIC COMPOUNDS FOURTH EDITION G. E. Coates, B. J. Aylett, M. L. H. Green, D. M. P. Mingos, K. Wade VOLUME
More informationCOOPERATIVE PATENT CLASSIFICATION
CPC C COOPERATIVE PATENT CLASSIFICATION CHEMISTRY; METALLURGY (NOTES omitted) CHEMISTRY C07 ORGANIC CHEMISTRY (such compounds as the oxides, sulfides, or oxysulfides of carbon, cyanogen, phosgene, hydrocyanic
More informationComprehensive Organic Functional Group Transformations
Comprehensive Organic Functional Group Transformations Editors-in-Chief Alan R. Katritzky, FRS University of Florida, Gainesville, FL, USA Otto Meth-Cohn University of Sunderland, UK Charles W. Rees, FRS
More informationORGANIC CHEMISTRY. Fifth Edition. Stanley H. Pine
ORGANIC CHEMISTRY Fifth Edition Stanley H. Pine Professor of Chemistry California State University, Los Angeles McGraw-Hill, Inc. New York St. Louis San Francisco Auckland Bogota Caracas Lisbon London
More informationCONTENTS PART I STRUCTURES OF THE TRANSITION-METAL COMPLEXES
CONTENTS Introduction... 1 1. Organization of the text... 1 2. Frontiers of organometallic chemistry... 2 3. Situation of the book with respect to teaching... 2 4. Reference books and other selected references...
More informationDETECTION AND IDENTIFICATION OF ORGANIC COMPOUNDS
DETECTION AND IDENTIFICATION OF ORGANIC COMPOUNDS DETECTION AND IDENTIFICATION OF ORGANIC COMPOUNDS by MIROSLAV VECERA Professor of Organic Chemistry, Institute of Chemical Technology, Pardubice and JIRI
More informationInfrared Characteristic Group Frequencies
Infrared Characteristic Group Frequencies Tables and Charts Second Edition GEORGE SOCRATES Brunei, The University of West London, Middlesex, United Kingdom JOHN WILEY & SONS Chichester New York Brisbane
More informationCOOPERATIVE PATENT CLASSIFICATION
CPC C COOPERATIVE PATENT CLASSIFICATION CHEMISTRY; METALLURGY (NOTES omitted) CHEMISTRY C08 ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON (manufacture
More informationContents. Preface XI Abbreviation XV List of Contributors XIX
V Preface XI Abbreviation XV List of Contributors XIX 1 The Chemistry of Gold 1 M. Concepción Gimeno 1.1 Introduction 1 1.1.1 History 1 1.1.2 Chemical and Physical Properties 2 1.1.3 Theoretical Considerations
More informationRODD'S CHEMISTRY OF CARBON COMPOUNDS
Supplements to the 2nd Edition of RODD'S CHEMISTRY OF CARBON COMPOUNDS VOLUME I ALIPHATIC COMPOUNDS VOLUME II ALICYCLIC COMPOUNDS VOLUME III AROMATIC COMPOUNDS VOLUME IV HETEROCYCLIC COMPOUNDS VOLUME V
More informationR 4. metathesis. reductive elimination
VII Abstracts 2011 p1 2.10.18 rganometallic Complexes of Titanium T. Takeda and A. Tsubouchi This manuscript is an update to the earlier Science of Synthesis contribution describing methods for the preparation
More informationGENERAL METHODS OF ORGANIC CHEMISTRY; APPARATUS THEREFOR (preparation of carboxylic acid esters by telomerisation C07C 67/47; telomerisation C08F)
CPC - C07B - 2017.08 C07B GENERAL METHODS OF ORGANIC CHEMISTRY; APPARATUS THEREFOR (preparation of carboxylic acid esters by telomerisation C07C 67/47; telomerisation C08F) General methods for the preparation
More informationCOOPERATIVE PATENT CLASSIFICATION
CPC C COOPERATIVE PATENT CLASSIFICATION CHEMISTRY; METALLURGY (S omitted) CHEMISTRY C10 PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT LUBRICATING
More informationi) An article X is to be plated with Nickel. Answer the following questions: c) Write the reactions that take place at cathode and anode.
Work sheet Electrolysis i) An article X is to be plated with Nickel. Answer the following questions: a) Name the anode and cathode used. b) Name the electrolyte used. c) Write the reactions that take place
More informationPrincipal Investigator: Department: Laboratory room #s: Updated/revised: Chemical Name Amount Physical state Location Hazard Class
Chemical Inventory Principal Investigator: Department: Laboratory room #s: Updated/revised: Chemical Name Amount Physical state Location Hazard Class 1 SUGGESTED SHELF STORAGE PATTERN - ORGANIC Organic
More informationSynthesis and Structure of Alcohols Alcohols can be considered organic analogues of water.
Synthesis and Structure of Alcohols Alcohols can be considered organic analogues of water. Alcohols are usually classified as primary, secondary and tertiary. Alcohols with the hydroxyl bound directly
More informationThe Principles of Heterocyclic Chemistry
The Principles of Heterocyclic Chemistry ALAN R. KATRITZKY M.A., D.PHIL., PH.D., SC.D. Dean of the School of Chemical Sciences, University of East Anglia, Norwich, England and J. M. LAGOWSKI B.S., M.S.,
More informationCourse Information. Instructor Information
Jordan University of Science and Technology Department of Chemistry Course Syllabus Fall 2018/2019 Course Information Course Number: CHEM 108 Course Name: General and Organic Chemistry Credit Hours: 4
More informationINCOMPATIBILITY BETWEEN CHEMICALS
INCOMPATIBILITY BETWEEN S CODE SHR 301 Date: April 2009 Revision: 02 Page: 1 of 5 INCOMPATIBILITY BETWEEN S Products that could react violently with each other should not be stored together, particularly
More informationChapter 1. Preface (class hour: 2) Chapter 2. State of Substance (class hour: 2) Chapter 3. Atomic Structure and Period of Element (class hour: 8)
Chapter 1. Preface (class hour: 2) [Teaching Objectives] Introduction of this course the learning process, purpose, tasks and methods. [Focus and difficulty] Introduction of this course the learning process
More informationComplete Volume List for Science of Synthesis Volumes
Complete List for Science of Synthesis s Knowledge Update s Publication Date 1 Complete List for Science of Synthesis, by Georg Thieme Verlag KG ISBN/DOI Knowledge Update 2018/1 2018 502 978-3-13-242313-8
More informationChapter 8: Ethers and Epoxides. Diethyl ether in starting fluid
Chapter 8: Ethers and Epoxides Diethyl ether in starting fluid 8.1 Nomenclature of Ethers Ethers are usually named by giving the name of each alkyl or aryl group, in alphabetical order, followed by the
More informationORGANIC CHEMISTRY. Wiley STUDY GUIDE AND SOLUTIONS MANUAL TO ACCOMPANY ROBERT G. JOHNSON JON ANTILLA ELEVENTH EDITION. University of South Florida
STUDY GUIDE AND SOLUTIONS MANUAL TO ACCOMPANY ORGANIC CHEMISTRY ELEVENTH EDITION T. W. GRAHAM SOLOMONS University of South Florida CRAIG B. FRYHLE Pacific Lutheran University SCOTT A. SNYDER Columbia University
More informationTOK: The relationship between a reaction mechanism and the experimental evidence to support it could be discussed. See
Option G: Further organic chemistry (15/22 hours) SL students study the core of these options and HL students study the whole option (the core and the extension material). TOK: The relationship between
More informationMULTINUCLEAR NMR. EDITED BY JOAN MASON The Open University Milton Keynes, Buckinghamshire, England PLENUM PRESS NEW YORK AND LONDON
MULTINUCLEAR NMR EDITED BY JOAN MASON The Open University Milton Keynes, Buckinghamshire, England PLENUM PRESS NEW YORK AND LONDON CONTENTS Chapter 1 Introduction 1 Joan Mason Chapter 2 The Parameters
More informationCHEMICAL KINETICS C.H. BAMFORD C.F.H. TIPPER WSSSKUH EDITED BY
CHEMICAL KINETICS EDITED BY C.H. BAMFORD M.A., Ph.D., Sc.D. (Cantab.), F.R.I.C., F.R.S. Campbell-Brown Professor of Industrial Chemistry, Uniuersity of Liverpool AND C.F.H. TIPPER Ph.D. (Bristol), D.Sc.
More informationChapter 20: Carboxylic Acids
1 Chapter 20: Carboxylic Acids I. Introduction: Carboxylic acid structure: Classification of carboxylic acids: A carboxylic acid donates protons by the heterocyclic cleavage of the O-H bond, generating
More informationEthers. Synthesis of Ethers. Chemical Properties of Ethers
Page 1 of 6 like alcohols are organic derivatives of water, but lack the labile -OH group. As a result, ethers, except for epoxides, are usually not very reactive and are often used as solvents for organic
More informationReducing Agents. Linda M. Sweeting 1998
Reducing Agents Linda M. Sweeting 1998 Reduction is defined in chemistry as loss of oxygen, gain of hydrogen or gain of electrons; the gain of electrons enables you to calculate an oxidation state. Hydride
More informationIntroduction. A1.1 (a) Shell number and number of subshells 1. A1.1 (b) Orbitals 2. A1.1 (c ) Orbital shapes (s, p & d) 2
Preface Table of Contents Introduction i A1.1 (a) Shell number and number of subshells 1 A1.1 (b) Orbitals 2 A1.1 (c ) Orbital shapes (s, p & d) 2 A1.1 (d) Relative energies of s,p,d,f sub-shells 4 A 1.1
More informationCHAPTER 20: MORE ABOUT OXIDATION REDUCTION REACTIONS Oxidation Reduction Reactions of Organic Compounds: An Overview
CHAPTER 20: MORE ABOUT OXIDATION REDUCTION REACTIONS In an oxidation-reduction reaction (redox reaction), one species loses electrons and one gains electrons. The species that loses electrons is oxidized,
More informationIonic Compound. Most CATIONS are formed when a metal GIVES UP at least one electron.
Ions Ionic Compound Most CATIONS are formed when a metal GIVES UP at least one electron. Most ANIONS are formed when a non-metal GAINS at least one electron. *Polyatomic Ions are formed when MANY ATOMS
More informationScience 9 Chemistry Objectives Greene s Study Guide. By the end of this unit, students are expected to be able to. -WHMIS -MSDS
Chemistry Objective #1. Demonstrate a knowledge of WHMIS standards by using proper techniques for handling and disposing of lab materials #2. Compare earlier conceptions of the structure of matter with
More informationPETE 203: Properties of oil
PETE 203: Properties of oil Prepared by: Mr. Brosk Frya Ali Koya University, Faculty of Engineering, Petroleum Engineering Department 2013 2014 Lecture no. (2): Crude oil chemistry and composition 5. Crude
More informationAbstracts. p67. X. Tan, H. Lv, and X. Zhang. R. Hudson and A. Moores
IX 1.1.1 omogeneous Reduction of Alkenes X. Tan,. Lv, and X. Zhang p7 This chapter is focused on recent progress in the asymmetric hydrogenation of substituted alkenes, and the application of this methodology
More informationJEFFERSON COLLEGE COURSE SYLLABUS CHM201 ORGANIC CHEMISTRY II. 5 Credit Hours. Prepared by: Richard A. Pierce
JEFFERSON COLLEGE COURSE SYLLABUS CHM201 ORGANIC CHEMISTRY II 5 Credit Hours Prepared by: Richard A. Pierce Revised Date: January 2008 by Ryan H. Groeneman Arts & Science Education Dr. Mindy Selsor, Dean
More informationSafety Manual > Incompatible Chemicals Partial Listing
Safety Manual > Incompatible Chemicals Partial Listing C. Incompatible Chemicals Partial Listing Chemical Incompatible Chemicals Acetic acid Chromic acid, nitric acid, permanganates, and peroxides Acetic
More informationb.p.=100 C b.p.=65 C b.p.=-25 C µ=1.69 D µ=2.0 D µ=1.3 D
Alcohols I eading: Wade chapter 10, sections 10-1- 10-12 Study Problems: 10-35, 10-37, 10-38, 10-39, 10-40, 10-42, 10-43 Key Concepts and Skills: Show how to convert alkenes, alkyl halides, and and carbonyl
More informationOption G: Further organic chemistry (15/22 hours)
Option G: Further organic chemistry (15/) TOK: The relationship between a reaction mechanism and the experimental evidence to support it could be discussed. See 16... Core material: G1 G8 are core material
More informationAdvanced Organic FOURTH. Part A: Structure and Mechanisms
Advanced Organic FOURTH Chemistry EDITION Part A: Structure and Mechanisms Advanced Organic Chemistry PART A: Structure and Mechanisms PART B: Reactions and Synthesis Advanced Organic Chemistry FOURTH
More informationwater methanol dimethyl ether Ether can only act as a hydrogen bond acceptor H-bond acceptor O R
Chapter 14: Ethers and Epoxides; Thiols and Sulfides 14.1 Introduction to Ethers An ether group is an oxygen atom that is bonded to two carbons. The ether carbons can be part of alkyl, aryl, or vinyl groups.
More informationA. Review of Acidity and pk a Common way to examine acidity is to use the Bronsted-Lowry acid-base equation:
1 Chapter 22: Reactions of Enols and Enolates I. Alpha Substitution verview: A. Review of Acidity and pk a Common way to examine acidity is to use the Bronsted-Lowry acid-base equation: Recall that the
More information3 Writing Formulas and Naming Compounds
3 Writing Formulas and Naming Compounds 6(D) Before You Read Shakespeare asked, What s in a name? In this section, you are going to learn what the names of chemical compounds can tell you. On the lines
More informationCHEMISTRY 135 REVISION OF NAMES, FORMULAE AND EQUATIONS
CHEMISTRY 135 REVISION OF NAMES, FORMULAE AND EQUATIONS Answer the following questions as if you were going to hand them in for marking. You will be tested on them in class time. 1) Give the correct chemical
More informationBiological Anion Receptors
Binding of Anions 1 Binding of Anions 2 Biological Anion Receptors 3 Concepts in Anion Host Design FACTORS WITCH AFFECT ANION COMPLEXATION Prevailing interactions which take place in anion binding: hydrogen
More informationAlcohols. Have seen many reactions to synthesize alcohols: In this chapter we will study reactions of the alcohols
Alcohols ave seen many reactions to synthesize alcohols: In this chapter we will study reactions of the alcohols Oxidation Need to understand the nomenclature of organic reduction/oxidation In general
More informationChemical Storage According to Compatibility
Chemical Storage According to Compatibility To lessen risk of exposure to hazardous chemicals, all chemicals should be separated and stored according to hazard category and compatibility. *Storage Groups
More informationCHEMICAL COMPOUNDS AND THEIR CHARACTERISTIC PROPERTIES
Seminar_2 1. Chemical compounds and their characteristic properties. 2. Types of chemical bonds (theses). 3. Basic types of complex compounds (theses). 4. Stability of complex compounds. TEST 2_ Chemical
More informationNaming Organic Halides. Properties of Organic Halides
Organic Compounds Organic Halides A hydrocarbon in which one or more hydrogen atoms have been replaced by halogen atoms Freons (chlorofluorocarbons) in refrigeration and air conditioning Teflon (polytetrafluoroethane)
More informationDAMIETTA UNIVERSITY CHEM-103: BASIC ORGANIC CHEMISTRY LECTURE
DAMIETTA UNIVERSITY CHEM-103: BASIC ORGANIC CHEMISTRY LECTURE 6 Dr Ali El-Agamey 1 Oxidation States Easy for inorganic salts: CrO 4 2- reduced to Cr 2 O 3. KMnO 4 reduced to MnO 2. Oxidation: Gain of O,
More informationTable of Contents XIX. Introduction J. G. de Vries. Introduction X. Tan, H. Lv, and X. Zhang
XIX Introduction J. G. de Vries Introduction... 1 1.1 Reduction of Alkenes 1.1.1 Homogeneous Reduction of Alkenes X. Tan, H. Lv, and X. Zhang 1.1.1 Homogeneous Reduction of Alkenes... 7 1.1.1.1 Reduction
More informationAromatic Hydrocarbons
Aromatic Hydrocarbons Aromatic hydrocarbons contain six-membered rings of carbon atoms with alternating single and double carbon-carbon bonds. The ring is sometimes shown with a circle in the center instead
More informationCHEM 251 (4 credits): Description
CHEM 251 (4 credits): Intermediate Reactions of Nucleophiles and Electrophiles (Reactivity 2) Description: An understanding of chemical reactivity, initiated in Reactivity 1, is further developed based
More informationKeynotes in Organic Chemistry
Keynotes in Organic Chemistry Second Edition ANDREW F. PARSONS Department of Chemistry, University of York, UK Wiley Contents Preface xi 1 Structure and bonding 1 1.1 Ionic versus covalent bonds 1 1.2
More informationChapter 25: The Chemistry of Life: Organic and Biological Chemistry
Chemistry: The Central Science Chapter 25: The Chemistry of Life: Organic and Biological Chemistry The study of carbon compounds constitutes a separate branch of chemistry known as organic chemistry The
More informationCOOPERATIVE PATENT CLASSIFICATION
CPC C COOPERATIVE PATENT CLASSIFICATION CHEMISTRY; METALLURGY (S omitted) CHEMISTRY C08 ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON (manufacture
More informationCarboxylic Acids and Nitriles
Carboxylic Acids and Nitriles Why this Chapter? Carboxylic acids present in many industrial processes and most biological processes They are the starting materials from which other acyl derivatives are
More informationPrinciples of Drug Action 1, Spring 2005, Jack DeRuiter STRUCTURAL FEATURES OF ORGANIC MEDICINAL AGENTS
STRUTURAL FEATURES F RGAI MEDIIAL AGETS I. Atomic and Molecular Structures of rganic Medicinal Agents (MAs) A. Atomic Structure rganic medicinal agents are compounds (molecules) composed of individual
More informationThe Basics of General, Organic, and Biological Chemistry
The Basics of General, Organic, and Biological Chemistry By Ball, Hill and Scott Download PDF at https://open.umn.edu/opentextbooks/bookdetail.aspx?bookid=40 Page 5 Chapter 1 Chemistry, Matter, and Measurement
More informationAlcohols, Ethers, & Epoxides
Alcohols, Ethers, & Epoxides Alcohols Structure and Bonding Enols and Phenols Compounds having a hydroxy group on a sp 2 hybridized carbon enols and phenols undergo different reactions than alcohols. Chapter
More informationORGANO MAIN GROUP CHEMISTRY
ORGANO MAIN GROUP CHEMISTRY ORGANO MAIN GROUP CHEMISTRY KIN-YA AKIBA A JOHN WILEY & SONS, INC., PUBLICATION Copyright 2011 by John Wiley & Sons, Inc. All rights reserved. Published by John Wiley & Sons,
More informationIdentify the five scientists that progressed atomic structure Illustrate each scientist s model of the atom
Semester Review What happens to electronegativity down a group? electrons for aluminum Identify the five scientists that progressed atomic structure Illustrate each scientist s model of the atom Circle
More informationA sample of carbon dioxide has a volume of 28.7 L and a mass of 52.5 g at 20 C. Determine the density of carbon dioxide at this temperature.
Semester Review A sample of carbon dioxide has a volume of 28.7 L and a mass of 52.5 g at 20 C. Determine the density of carbon dioxide at this temperature. 1.83 g/l Describe what defines an element s
More information4.0-Ionic Compounds Unit
4.0-Ionic Compounds Unit Objectives: --Given formula, determine if compound is ionic, molecular, or an acid. --Given name, write formula --Given formula, write name --Understand how ionic compounds form
More informationOCR (A) Chemistry A-level. Module 6: Organic Chemistry and Analysis
OCR (A) Chemistry A-level Module 6: Organic Chemistry and Analysis Organic Synthesis Notes by Adam Robertson DEFINITIONS Heterolytic fission: The breaking of a covalent bond when one of the bonded atoms
More informationChapter 8 Alkenes and Alkynes II: Addition Reactions
Chapter 8 Alkenes and Alkynes II: Addition Reactions Introduction: Additions to Alkenes Generally the reaction is exothermic because one π and one σ bond are converted to two σ bonds The π electrons of
More informationChapter 5 N S. Typical Reactivity of Pyridines, Quinolines and Isoquinolines
Chapter 5 S Typical Reactivity of Pyridines, Quinolines and Isoquinolines 1 2 Typical Reactivity of Pyridines pyridines are much less susceptible to electrophilic substitution than benzene and much more
More informationINSTRUCTIONS ON EVERY AP EXAM:
Most Common Reaction Types: 1. Acid-base neutralization (both weak & strong) 2. Nonmetal and metal oxides with water 3. Active metals with water 4. Single replacement redox 5. Double replacement precipitation
More informationADVANCED CHEMISTRY 2
ADVANCED CHEMISTRY 2 Philip Matthews ±m±l CAMBRIDGE UNIVERSITY PRESS Acknowledgements How to use this book INORGANIC CHEMISTRY 88 Periodicity of physical properties 88.1 Periodicity of ionisation energies
More information1/4/2011. Chapter 18 Aldehydes and Ketones Reaction at the -carbon of carbonyl compounds
Chapter 18 Aldehydes and Ketones Reaction at the -carbon of carbonyl compounds The Acidity of the Hydrogens of Carbonyl Compounds: Enolate Anions Hydrogens on carbons to carbonyls are unusually acidic
More informationBGSU s Guide to Chemical Storage
BGSU s Guide to Chemical Storage Environmental Health & Safety 372-2171 Chemical Storage Guidlines General Guidelines Store dry chemicals on shelves. Store flammables together. Use approved flammable storage
More informationDeveloping the Periodic Table
Developing the Periodic Table Early Element Classification Mendeleev s First Periodic Table Mendeleev s First Periodic Table Mendeleev s Periodic Table Arranged by increasing atomic mass Some elements
More informationTHE CATION MUST ALWAYS BE WRITTEN FIRST
Name Honors Chemistry / / Binary Ionic Compounds An ionic compound is a compound that is formed between a metal and a non-metal. (Metalloids can also be used in ionic compounds, sometimes as cations and
More informationJulio Alvarez-Builla, Juan Jose Vaquero,
Edited by Julio Alvarez-Builla, Juan Jose Vaquero, and Jose Barluenga Modern Heterocyclic Chemistry Volume 1 WILEY- VCH WILEY-VCH Verlag GmbH & Co. KG aa List of Contributors XV Volume 1 1 Heterocyclic
More informationSynthesis of Nitriles a. dehydration of 1 amides using POCl 3 : b. SN2 reaction of cyanide ion on halides:
I. Nitriles Nitriles consist of the CN functional group, and are linear with sp hybridization on C and N. Nitriles are non-basic at nitrogen, since the lone pair exists in an sp orbital (50% s character
More informationHeterocyclic Chemistry
Heterocyclic Chemistry Third Edition Thomas L. Gilchrist University of Liverpool 1 Longman Contents Preface to the third edition Preface to the second edition Preface to the first edition Acknowledgements
More informationChapter 9. Organic Chemistry: The Infinite Variety of Carbon Compounds. Organic Chemistry
Chapter 9 Organic Chemistry: The Infinite Variety of Carbon Compounds Organic Chemistry Organic chemistry is defined as the chemistry of carbon compounds. Of tens of millions of known chemical compounds,
More informationChapter 2: An Introduction to Organic Compounds
Chapter : An Introduction to Organic Compounds I. FUNCTIONAL GROUPS: Functional groups with similar structure/reactivity may be "grouped" together. A. Functional Groups With Carbon-Carbon Multiple Bonds.
More informationAlpha Substitution and Condensations of Enols and Enolate Ions. Alpha Substitution
Alpha Substitution and ondensations of Enols and Enolate Ions hap 23 W: 27, 28, 30, 31, 37, 39, 42-44, 47, 51, 54-56 Alpha Substitution Replacement of a hydrogen on the carbon adjacent to the carbonyl,
More informationChapter 20 Carboxylic Acid Derivatives Nucleophilic Acyl Substitution
Chapter 20 Carboxylic Acid Derivatives Nucleophilic Acyl Substitution Nomenclature: In carboxylic acid chlorides, anhydrides, esters and amides, the parent is the carboxylic acid. In each case be sure
More informationCOURSE OUTLINE FORM (Page 1 of 8)
(Page 1 of 8) Course Title: Hazardous Materials Chemistry Course Prefix & No.: FIST 1030 LEC: 3 LAB: 0 Credit Hours: 3 COURSE DESCRIPTION: FIST 1030 (HAZ MAT Chemistry); This course provides basic chemistry
More informationChapter 17: Alcohols and Phenols
hapter 17: Alcohols and Phenols sp 3 alcohol phenol (aromatic alcohol) pka~ 16-18 pka~ 10 Alcohols contain an group connected to a saturated carbon (sp 3 ) Phenols contain an group connected to a carbon
More informationChapter 8 Alkenes and Alkynes II: Addition Reactions. Alkenes are electron rich. Additions to Alkenes
Additions to Alkenes Chapter 8 Alkenes and Alkynes II: Addition Reactions Generally the reaction is exothermic because one p and one s bond are converted to two s bonds Alkenes are electron rich The carbocation
More informationChapter 10: Carboxylic Acids and Their Derivatives
Chapter 10: Carboxylic Acids and Their Derivatives The back of the white willow tree (Salix alba) is a source of salicylic acid which is used to make aspirin (acetylsalicylic acid) The functional group
More informationThe chemistry of. a-haloketones, a-haloaldehydes and a-haloimines
The chemistry of a-haloketones, a-haloaldehydes and a-haloimines THE CHEMISTRY OF FUNCTIONAL GROUPS A series of advanced treatises under the general editorship of Professor Saul Patai The chemistry of
More informationNucleophilic Addition Reactions of Carboxylic Acid Derivatives
Lecture 5: bjectives: Nucleophilic Addition eactions of Carboxylic Acid Derivatives By the end of this lecture you will be able to: draw the mechanism of a nucleophilic addition-elimination reaction with
More informationChem 263 Nov 24, Properties of Carboxylic Acids
Chem 263 ov 24, 2009 Properties of Carboxylic Acids Since carboxylic acids are structurally related to both ketones and aldehydes, we would expect to see some similar structural properties. The carbonyl
More informationCATALYSIS MULTICATALYST SYSTEM IN ASYMMETRIC. Wiley. Department of Chemistry
MULTICATALYST SYSTEM IN ASYMMETRIC CATALYSIS JIAN ZHOU Shanghai Key Laboratory of Green Chemistry and Chemical Processes Department of Chemistry East China Normal University Shanghai, China Wiley Preface
More informationAlcohols. Alcohol any organic compound containing a hydroxyl (R-OH) group. Alcohols are an extremely important organic source
Alcohols Alcohol any organic compound containing a hydroxyl (R-OH) group Uses: synthetic intermediate, cleanser, cosmetics, fuel, alcoholic beverages, etc. Alcohols are an extremely important organic source
More informationExam 1 (Monday, July 6, 2015)
Chem 231 Summer 2015 Assigned Homework Problems Last updated: Friday, July 24, 2015 Problems Assigned from Essential Organic Chemistry, 2 nd Edition, Paula Yurkanis Bruice, Prentice Hall, New York, NY,
More informationUnit 4 - Periodic Table Exam Name: PRACTICE QUESTIONS Date: 2/23/2016
Name: PRACTICE QUESTIONS Date: 2/23/2016 1. Which pair of symbols represents a metalloid and a noble gas? 1) Si and Bi 2) As and Ar 3) Ge and Te 4) Ne and Xe 2. What determines the order of placement of
More informationInfrared Spectroscopy
This book is an introductory text designed to acquaint undergraduate and graduate students with the basic theory and interpretative techniques of infrared spectroscopy. Much of the material in this text
More information2. What is the energy of a single photon of blue light with a wavelength of 4.50 x 10-7 m?
2013 Chemistry Fall Exam Review Concepts to review/explain: 1. Using the periodic table, what is the electron configuration for Sulfur, Calcium and Copper? 2. What is the energy of a single photon of blue
More informationNUCLEAR SCIENCE SERIES NAS-NS Nuclear Medicine THE CHEMISTRY OF TECHNETIUM IN MEDICINE
oc f * * t NUCLEAR SCIENCE SERIES NAS-NS-3204 Nuclear Medicine THE CHEMISTRY OF TECHNETIUM IN MEDICINE by Joseph Steigman Department of Radiology Division of Nuclear Medicine Downstate Medical Center,
More informationChapter 7: Alcohols, Phenols and Thiols
Chapter 7: Alcohols, Phenols and Thiols 45 -Alcohols have the general formula R-OH and are characterized by the presence of a hydroxyl group, -OH. -Phenols have a hydroxyl group attached directly to an
More informationAlcohols, Phenols, and Thiols
7 Alcohols, Phenols, and Thiols hapter Summary The functional group of alcohols and phenols is the hydroxyl group. In alcohols, this group is connected to an aliphatic carbon, whereas in phenols, it is
More informationKJM 3200 Required Reading (Pensum), Fall 2016
KJM 3200 Required Reading (Pensum), Fall 2016 John McMurry: Organic Chemistry 8 nd ed. or Paula Y. Bruice, Organic Chemistry 7 nd ed. as specified below, as specified below. Lise-Lotte Gundersen KJM 3200.
More informationSAR. Structure - Activity Relationships (alkoholy, amíny, aldehydy, ketóny, estery, amidy, kyseliny, uhľovodíky) 2/28/2016
Structure Activity elationships (SA) identifies which functional groups are important for binding and activity SA Structure - Activity elationships (alkoholy, amíny, aldehydy, ketóny, estery, amidy, kyseliny,
More informationAuthor :-Vishal Joshi ISBN : Price :-INR 475. Pages :-486. Edition :-4. Binding :-Paperback. Imprint :-CL India.
Book Title:-Problems and Solutions in Inorganic Chemistry for JEE (Main & Advanced) Author :-Vishal Joshi ISBN :-9788131531402 Price :-INR 475 Pages :-486 Edition :-4 Binding :-Paperback Imprint :-CL India
More informationChem 263 March 28, 2006
Chem 263 March 28, 2006 Properties of Carboxylic Acids Since carboxylic acids are structurally related to both ketones and aldehydes, we would expect to see some similar structural properties. The carbonyl
More information