10 romonorweckoro pana aJIKHHOB ABJI MOTC a 1) C_(2)H_(2) MC_(4)H_(6) 2) C_(6)H_(6) MC_(7)H_(8) 3) C_(5)H_(12)HC_(8)H_(18) 4) C_(3)H_(6) MC_(4)H_(8) 11. YcraHOBHTC COOTBeTCTBHe: KJIACC POPMYJI A 1) allkaHbl A) CH_(3)-CH_(2)-Cequiv C-CH(CH_(3))-CH_(3) 2) ankeHbl b) CH_(3)-CH(CH_(3))-CH_(2)-CH_(2)-CH_(3) 3) ankanueHb B) CH_(2)=CH-CH=CH-CH_(3) 4) aJIKHHbl D (-CH_(2)-CCl=CH-CH_(2))) 5) KayuykH 20 CH_(3)-C(CH_(3))=CH-CH(CH_(3))-CH_(3) E) (-CH_(2)-CH(CH_(3))-)n 12. Ha3BaHue yrneBo,10pona c popMynon CH_(2)=CH-C=CH-CH-CH_(3) downarrow CH_(3) CH_(2)-CH_(3) 1) 3-MeTHII-5-3THn-1,3-rekcallmen 2) 2-3THJ-4 -MeTHJI-3 ,5-rekca/meH 3) 3,5-AHMeTHJ-4.6-remanueH 4) 3,5-AHMeTHI-13-renranneH 13. KakHe u3 nap npuBeneHHbl ABJAIOTCA TOMO noramu? 1) CH_(2)=CH-CH_(2)-CH_(3) CH_(3)-CH=CH-CH_(3) 2) CH_(3)-CH=CH-CH_(2)-CH_(3) CH=C-CH-CHL-CH CHequiv C-CH-CH_(2)-CH_(3) CH_(3) 3) CH_(2)=CH-CH_(2)-CH_(3) H CH_(2)=CH-CH_(3) 4) CHequiv C-CH_(2)-CH_(3) M CH_(2)=CH-CH=CH-CH_(3)

1) 2) 3) 4) 11. YcraHOBHTC COOTBeTCTBME:1) aurkaHblA) 2) ankeHblb) 3) ankanueHbB) 4) aJIKHHbl 5) KayuyKH20 E) 12. Ha3BaHHe yrneBonopona c 1) 3-MeTHn-5-3THI -1,3-rekca2) 2-3THJ-4-MeTHI-3.53) 3,5 -AHMeTHI-4,6 -remanneH4) 3,5-AMMeTHA-13-remanueH13. KakHe u3 nap npHBeneHHbl ABJIAIOTCA TOMO noraMH?1) ll 2) II CH=C-CH-CHL-CH 3) H 4)