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Chem Org

The document discusses various organic compounds, focusing on ethers, aldehydes, and ketones, including their properties, reactions, and preparation methods. It outlines the nomenclature of carbonyl compounds and highlights the significance of alkyl groups in determining compound characteristics. Additionally, it covers the physical properties of ethers and their solubility in water due to hydrogen bonding.

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0% found this document useful (0 votes)
12 views16 pages

Chem Org

The document discusses various organic compounds, focusing on ethers, aldehydes, and ketones, including their properties, reactions, and preparation methods. It outlines the nomenclature of carbonyl compounds and highlights the significance of alkyl groups in determining compound characteristics. Additionally, it covers the physical properties of ethers and their solubility in water due to hydrogen bonding.

Uploaded by

vikkykavuri
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
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ompound campo common ' aH Cyr OW CH CHE eth methyl ether onethory ethane (7 isa — : |e Om CH | meine isopropyl siren r ete | L Perisonnt Dernettouy pyopane | — EHO - c " male “piers

low tT . = Alky group piste be unhindyecl - From nr _-Alleg? Tecticles RX + AGO Los R-oH Crvistue) J AYG2© €v¥) p-o-R Colirainate Ag x) ryt Wiamson Ayrrtheris } DS vsed to “prepare beth Simple and mixed ethers. [=> Dt. gfellows, _SN” mechanten, (e- =x" ——~—37] pe + Naor’ —s p-o-p! ve but rot 3”, S Gbyso pay Ona on CH, cu ‘ 2? byl EM ei CHy- CH-0-G) cared ce y arty @ Sco + Nao c, i —» cod, SH0-Ge Dona + Ciel mes oc 1S HoNa + GM ef —s Ca 0 HO Roe ee sos ~ a oy Cheha Nad —C- Ui A AB > CcHs),C-0+ cre ele La a 4 Cal As a He A nal tralile - LOM veacti pie nao rete CH -O-CU CH = CH, ———— cio cha cH ohm sy CH =cu o> CH 2 se } 3 > & HCH 6 ~cH, -0O . Hedy amt prepend : to 1s gn coPr liar So C,H O- CH= CH Sy ntterrs * pi phenge- Divingl, Cop, ¢-0-c CCH), phenyl, vinyl 3 prtonbiery , — x) cn oS 5s "3? alleye hetede (Heres. ?f ae : . Tk leads te obeminati or on bot& nucleophile HERON 3. alkoxide Week 7 oy ‘eet | O% SLO poy exome\e — - = SNL cH te : pao L2H > ‘S 2 th | cn, CHA ROS Ty Ls Cts Fr 4 eMe og + Nao Cott SRy cH WnHOnG He cH, oH St 2. z Cus: * bats Cus c= CH QV Nah Ec; HLOH- Phystak properties of ethers ; Sp ee Ang wlan j =D Highat depole ponent ~Ho -wm H,e ~ogeln, => Ren Penan bat polan: =S laghtey ethers ane Soluble fh water cee te hay - form Intermoleculan hydiegen bond wth water. ; : RN O-~- ~ Dott =O Hd P © Rp of ether ts] x > ao Soluble. of Aw ' PR \ h-Burtylaleshol — Erxtory e Hone. ag|iomt — sg |rooml- per dPh - Buryl alcohol peteglewir Pentene Bp o> B40} SOK Boqk+ sropeMgeerd ft - cHEmiCcAL PreEe” 2 @® clemage of cC— oO bord - algdvetoprs CBE th sod) ” p of ee Wwe Root + ROH — x nel, cH, ot +O CHO — Oo p Roacfion orth HX [UT/HerT Ro ope ‘Sy ee Rot RT ae s+R eee PPT © HO. 5 3 Ughye 3) cagt > boar % Ex da a cH, I wm Cth, - 0 + cH, 8 $5 aS 2 cot ®m . cert ots S vr chow ete Ee © cat, Fon CHL CH, > ee ou Gor Na OO ge eS Bish ® wees : wey Baciu e cer i) vs exer of #7 by etre Phamecdn : ai sts i & caste “Sy oy : aan av or on fe spy BESO z. Tee S ye et ae a “tt a3 SH CuSER — 8. gr = C0. 2 a tHe GB 0 — Ce He Count e- wuetenD,. _ @F @ @ lf Lv x wi tL Lo >-0- CH = cH, > % i _ aw a>-0-<=y 5s one of the elte grouP is 3° tL folfocos Sat! miechants ry, SH as - ati Ce me —2'D= on, 5 8 me da, i ze ay r CoBsye Et 04 <— ATC + CHO ct 1 [ 3 i] ® EiIe ony UD always SNO oe Dorerpectve of size of— alkyl gooup. CHS wT CH—o-¢ CH, Sut G5), c-2 aa coe dn eee. 3 jobs eat s (etre o-ca, “2s © +O os Mad-c—cH,, \e awe stg activatin 3 gee J 4M FOWLY (CF Powey) ~ OT SOL S-—oP afriscle fs (ew yonctive an phenol ~ouorels electrophiltc cab. 9WAct oy, clue +0 : TM Power omy —oR - kh oct Gtr: hel ne So i él A ey A ee ocH ‘alt wR tratio 5 ens [Terre oc#. nc 4, Ccts Oe. 3 @ BSOy Ss core the Compound howe (Sczo) os Fqrur > Coabonyl Compourels. O° we) —é-4 pent C50 | OFS weeny eae SS Aotkisfied by two sala pee ego ° Aldehyde - oe it _g 5 St CRO Greer yoke og een Kalishred by Hoo alksl greure. prdehydes ond keto ave. commonly > own o>, Coybon yo compounds - ul a a tt L O HH ey vw g : cox. -coNY, — 2 —orR conboryfit oxce Acyl hotides, Arvid & Bee q 9 hia Tone ok _ f-o- ¢—c4; coaborngl compares’ * aynhagsdtid & 5 pidehgdes ancl fetus wwe wsrdely Spread fe Uns ; Pee vere ” amp wele an (pur Brochescal fife + S They. dee noburec CHO : pboine’d fro enila Be > opts mn Vv : r OC Hf ‘ Vaniine nonc es - into add Flevours ond 7g CH=CH —CHO commamaldehy de Ccinnea prone) OH cor’ ° : j 7 C0 Sabreytie olsehase * E _foallowent Cmeadoer isiw0ek) + oct ay on Nomenclature of Garbony® Compounds Comment name. tenor” CH HCHO cue | formaldehyde acetnldahste OC siatdalgle. CHO ’ a “V7 tno ae qe} CAO, ‘ y Epratdengde B CHO di DSS twcn | Fo Bromo velanstdohyde . qty Berraatdehyae \ 7 . ma = cy = < ZZ no T & cue, HCH Ch — CHO . I= CH CHO > chyotonatach la “Ae yolemn tr bon 8 x os G "TPS cg crt, —cu GR cw a CHS eA . . pcetone tone pi is rope He ” attheg Rrettgl ketone, combo - a : “Hy QQ CHO Ge we V5 —é-CH, ‘oS CHO ter“ CRS 6 , Lorde y ire hakdehy de - Acetopheroh_ merits) at propicphawna, B enzophonane— ean tdehyde cH a at. aldehyde « CeHo) presemt on PENG how v word Corbaldehyde,” fs added. -to ketones exh®bPe ~eT , FL, mm, pr, GT _ ee aed le ey cia CHa Stas cH, ee cHo er in Canbonyf Com pound | Tm, GI ; vt EK CHL-c oe ct = cH —-oH ——~—— > 2 —Pentanone Fra Loamonr- mM SPL Ex Glucose Fructose Ce An Hi Me foe FL - 5 ° 12 EX * a ac ! = CH—c —H a ee 6 7 Was? : hot tTAoress - ex: Teme. ter" ° cHo' ¥ a =, - cHO I} Byer eek . 2 “\"“\ AN 2-pentonone - oO . a 7 } -—“cze e Cehs * qrapowetton tp po toner ! i method s @ oxidation of * alcohol “RES. 2° alcohol —PS 4 2° alcohol Pee LV cao —-ot Pee pehydowation LP alcohol Q° alohol 3° alcohol —f-ou s A D Reductive ozonolysis Prom .tHydyocarkens I- pee S x culAa aula Corl ae CHO CGeohubsiok > oy aekels CAorteRz S72) of beth aldehyolers and _abcoho Is + aldehyde ketone om: Ceula , gla). Se ss aldehyde Iketone XS alkenes of tydrocanbors ;- Ss Allanek Yeacts uty, the ozone and -fellowed by hydvolyst gs IM the fem Gonvongh prerente com pounds . of zn to 2 HO 3 ts 8G AST? po . cpo- G yorak » Szlzn 5 fad ok oR _ 3 2cHO t 3 xylene ape A 28 +, CH U—cHo ; cHo ? rare . , : eer) 3 ca,-€ aa oH, e 2 a 7 : ; cH Rotvo ° Cit ytCth, INCH CH, oe ste Ho + Cil,~CH ,~ CHO rhs emf _ NS Cth CHe it Gl cH = a eevee cH, aa ° & Gita ./ > AC a recto CH, cH, — § = cH Ct Ss AN it cH, a SKK Bydrotion of Arges [kucherare BOLN Sy Pew, = cH 0 | I AHqSOy , : . Foutonenes}o7 N swacken| * cHECu HK Choc cy Sth Oy g Agae av *K Chic co ScHcH, wil tbseoy , Se A g A CHL cH, Ce cn cH, dol Ha5y AX Rai “FgEP. A\A\ Crmodor) & C4 a.) KK Coyss c- cH, q | Hy Lilthsey | (oy Bre : Hg t2 z I [ecb CHa-SH a ctt= cH Crnaior’ ch nen CES a “cot a ane, SS Osis | O Ht DL H, Soy on cae by C2 ; ' —— QO CHy— CHO » cued eu een esti: Preporatton methods for only fatdeheyder oe corals —D Rosenmond vyeductPon _ © 5 SD hk ca, PartasoulGuelg? By Tot end ex's Catalyys: Acca chlovide - = aldehyde . as Story J Gerwro ly ore ameteabs — act *% Used Yo Prepare only Aldehyde - Excepion: plo Fo Not PreRRIed by Was method ° who dHcl ts nrghly wnustable - Forrnyl chlorPda- ~ ° ss PA ~ Base CH eck FAT BeP Ca, CHO qed Ge t_cock Rdle . cH CHO. @® Fromr eter + So u DiBAl-y CH cfo = cH, ae CH-CH Ot CHLOH Lend Hy cn cH + CHOW Ho > 3 { CON. @ From Nrivtle, ECan * Popp Pipa —cH0. # cicn PIBALHS ct,cHO Ueatialees cays CH NAS (2 sg0F CHW CoOH Crabetps of — en 2s octal) + » yeacktor * @ Stephen. anak _ eno Fenc han i! Se CH, gre pi\dekyde - —C=n — imine "b _ Foltowe go, chat _oufdattor Lo! DY @ By we adydoolyets * Etoaxd yeaction ‘Cctlvemn chlovede reaction]. 3) “gH Cocrouchs), CHO a 3 Cro, ch, wel ra j : non — oxédl?sable / Cr —Complex D Bicterpeddote 2 Brmed— CHO cH — > cra,cd, [CSE who! No, MO,

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