29 hydrocarbons.doc

Upload: gore11

Post on 03-Jun-2018

218 views

Category:

Documents


0 download

TRANSCRIPT

  • 8/12/2019 29 Hydrocarbons.doc

    1/7

  • 8/12/2019 29 Hydrocarbons.doc

    2/7

    HSC Chemistry6.0 29 - 2

    Paivi Riikonen August 10, 2006 06120-RC-!

    !a(#e 1.1.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    ","&+imethylethyl& tert&-utyl& T-& &C*CH44

    "&ethylethyl& Isopropyl& I0& &CH*CH4!

    !&Chlorobutane sec&-utyl chloride S-C C%Hylene 8>? C=H") C*CH4C*CH4CHCHCHCH

    ",4&+imethylben(ene m&>ylene >? C=H") C*CH4CHC*CH4CHCHCH

    ",%&+imethylben(ene p&>ylene 0>? C=H") H4C*C;H%CH4

    "H&Indene Indene I2 C

  • 8/12/2019 29 Hydrocarbons.doc

    3/7

    HSC Chemistry6.0 29 - +

    Paivi Riikonen August 10, 2006 06120-RC-!

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    "H&Indole Indole I2+ C=HA2

    "H&0yrrole (ole 0?3 C%H@2 CHCH2CHCH

    %&ethylben(enamine p&Toluidine 0T8 CAH

  • 8/12/2019 29 Hydrocarbons.doc

    4/7

    HSC Chemistry6.0 29 -

    Paivi Riikonen August 10, 2006 06120-RC-!

    29.3.# Amides, RC$% !H2

    mides are marked with A. In an amide the hydrogen atoms of nitrogen can be substituted by different appendagegroups. If there is more than one substituent the place of the substituent is informed by the 2 character. The name

    of the compound is determined by the most complicated substituent in the amide.

    !a(#e +..

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    He#anamide He#anamide H C;H"428 CH4*CH!%C82H!

    ethanamide ethanamide CH428 HC82H!

    29.3.& !itriles, R!

    2itriles are marked with 3. Sometimes nitriles are called cyano&compounds, but in the HSC database cyano& is notused. 0yridine, which is a cyclic nitrile compound, is marked with P.

    !a(#e +.4.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    !,!&+imethylpropanenitrile tert&-utyl cyanide !!+02 C@H

  • 8/12/2019 29 Hydrocarbons.doc

    5/7

    HSC Chemistry6.0 29 - 4

    Paivi Riikonen August 10, 2006 06120-RC-!

    29.#.2 Aldehydes, RC$% H

    The end of the aldehyde name is the suffi#&nal, A5stands for an aldehyde.

    !a(#e .2.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    cetaldehyde 'thanal C' C!H%8 CH4CH8

    $ormaldehyde ethanal CH!8 HCH8, H!C8

    He#anal Caproaldehyde H9 C;H"!8 CH4*CH!%CH8

    0ropanal 0ropionaldehyde 09 C4H;8 CH4CH!CH8

    29.#.3 *etones, R1C$( R2

    The suffi# oneis used at the end of ketone names. 3stands for a ketone in the formula suffi#. Eetones are namedas straight chain alkanes, not like ethers or by the o#o&prefi#.

    !a(#e .+.Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    4&0entanone +iethyl ketone 402 C@H")8 CH4CH!C8CH!CH4

    -utanone 'thyl methyl ketone -2 C%H=8 CH4CH!C8CH4

    0ropanone cetone 02 C4H;8 CH4C8CH4

    29.#.# )sters

    'sters are marked by taking one letter from the alcohol&derived name and two letters from the acid&derived name.In the HSC database methanoates and ethanoates are formates and acetates as they are commonly named.

    !a(#e ..

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    -utyl acetate -utyl acetate -C C;H"!8! CH4C88CH!CH!CH!CH4

    ethyl !&methyl&!&propenoate ethyl methacrylate !!03 C@H=8! CH!C*CH4C88CH4

    8ctyl formate 8ctyl formate 8$8 C

  • 8/12/2019 29 Hydrocarbons.doc

    6/7

    HSC Chemistry6.0 29 - 6

    Paivi Riikonen August 10, 2006 06120-RC-!

    29.#.' +henols

    any phenol&derived compounds have specific common names.

    !a(#e .6.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    ",!&-en(enediol Catechol CT C;H;8! H8*C;H%8H

    ",4&-en(enediol 3esorcinol 3'S C;H;8! H8*C;H%8H

    ",%&-en(enediol Hydroquinone HB/ C;H;8! H8*C;H%8H

    !&etho#yphenol Duiacol D/ CAH=8! CH48*C;H%8H

    !&ethylphenol o&Cresol 8C3 CAH=8 C*8HC*CH4CHCHCHCH

    4&ethylphenol m&Cresol C3 CAH=8 C*8HCHC*CH4CHCHCH

    %&ethylphenol p&Cresol 0C3 CAH=8 H4C*C;H%8H

    0henol 0henol 0H' C;H;8 C;H@8H

    29.#. Acids

    cids are marked with Acharacter and diacids with A.!a(#e ..

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    -utanedioic acid Succinic acid S/C C%H=8! CH4CH!CH!C88H

    'thanoic acid cetic acid C' C!H%8! CH4C88H

    ethanoic acid $ormic acid $83 CH!8! CH88H

    0ropanoic acid 0ropionic acid 0 C4H;8! CH4CH!C88H

  • 8/12/2019 29 Hydrocarbons.doc

    7/7

    HSC Chemistry6.0 29 -

    Paivi Riikonen August 10, 2006 06120-RC-!

    29.& Hydrocarbons containing sul-ide

    29.&.1 hiols, R/H

    Thiols are marked with !.

    !a(#e 4.1.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    ",%&-utanedithiol Tetramethylenedithiol "%-+T C%H")S! CH!SHCH!CH!CH!SH

    'thanethiol 'thyl mercaptan 'T C!H;S CH4CH!SH

    29.&.2 /ul-ides, thiacompounds, R1/R2

    Thia&compounds are named like ethers. Thiophene, which is a cyclic sulfide compound, is marked with !H.

    !a(#e 4.2.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    +imethyl sulfide !&Thiapropane +S C!H;S CH4SCH4

    'thyl methyl sulfide !&Thiabutane 'S C4H=S CH4SCH!CH4

    29.&.3 0isul-ides, dithiacompounds, R1//R2

    +isulfides are named like ethers and marked with S.

    !a(#e 4.+.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    'thyl methyl disulfide !,4&+ithiapentane '+S C4H=S! CH4SSCH!CH4

    29.&.# /ul-oxides

    Sulfo#ides are named like ethers and marked with S7.

    !a(#e 4..

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    +iethyl sulfo#ide ","G&Sulfinyl&bis*ethane +'S> C%H")S8 *CH4CH!!S8

    29.&.& /ul-ones

    Sulfones are named like ethers and marked with S3.

    !a(#e 4.4.

    Chemical 2ame Common 2ame Suffi# $ormula Structural formula

    +imethyl sulfone Sulfonylbismethane +S2 C!H;S8! *CH4!S8!

    29.' Re-erence

    Streitweiser, ., Heatcock, C. H., Introduction to 8rganic Chemistry, acmillan 0ublishing Company, 2ew ?ork, "