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H2c ch2 h3c

H3c — ch — ch ch —-ch — ch3 cl ch3. Ch3-c-ch2-ch3. H3c ch ch2 hbr. Ch c ch2 ch2 ch3. H2c ch2 связь.
H3c — ch — ch ch —-ch — ch3 cl ch3. Ch3-c-ch2-ch3. H3c ch ch2 hbr. Ch c ch2 ch2 ch3. H2c ch2 связь.
H2c ch2 h3c. H2c ch2 h3c. Ch3 c(o)ch3+ h2. Ch3 c o h ch2 ch3. Ch c ch3 ch2 ch ch2 ch3 ch ch3.
H2c ch2 h3c. H2c ch2 h3c. Ch3 c(o)ch3+ h2. Ch3 c o h ch2 ch3. Ch c ch3 ch2 ch ch2 ch3 ch ch3.
H2c ch2 h3c. H3c ch ch ch ch2 кумулированные изолированные. H3c-c-ch3-ch3-ch-ch3-ch2-ch3. H2c ch2 ch2 ch2. H3c ch c ch ch3.
H2c ch2 h3c. H3c ch ch ch ch2 кумулированные изолированные. H3c-c-ch3-ch3-ch-ch3-ch2-ch3. H2c ch2 ch2 ch2. H3c ch c ch ch3.
H2c ch2 h3c. Ch3-ch2-ch2-ch-ch2-ch3-ch2-c-h--o. H3c-ch-ch-ch2-ch-ch3. H2c ch2 ch2 ch2. Ch3-ch2-c=o+h2.
H2c ch2 h3c. Ch3-ch2-ch2-ch-ch2-ch3-ch2-c-h--o. H3c-ch-ch-ch2-ch-ch3. H2c ch2 ch2 ch2. Ch3-ch2-c=o+h2.
Ch3–ch(oh)–c2h5. Ch3-ch2-ch= h3c-c=o=h. H3c ch ch2 ch3 название. Ch2-h2c-ch2. H2c ch2 h3c.
Ch3–ch(oh)–c2h5. Ch3-ch2-ch= h3c-c=o=h. H3c ch ch2 ch3 название. Ch2-h2c-ch2. H2c ch2 h3c.
H2c ch c ch3 ch3 ch3. Ch3-ch2-c=o+h2. H2c=ch-ch2. H3c-ch=ch2+o2 катализатор cucl2. H3c-ch2-ch2-ch2-ch2-ch3.
H2c ch c ch3 ch3 ch3. Ch3-ch2-c=o+h2. H2c=ch-ch2. H3c-ch=ch2+o2 катализатор cucl2. H3c-ch2-ch2-ch2-ch2-ch3.
H3c-ch2-o-ch2-ch3. H2c=ch-ch2. H2c ch2 h3c. Ch3-c-ch2-c-c=c-ch3. Генетическая связь органических веществ.
H3c-ch2-o-ch2-ch3. H2c=ch-ch2. H2c ch2 h3c. Ch3-c-ch2-c-c=c-ch3. Генетическая связь органических веществ.
Ch3 ch ch c o h h3c ch3. H2c ch2 h3c. Ch2 ch cf3+hbr. Ch2 ch2 o2 ag. H2c—ch3=ch—ch=ch—ch=ch//o\h.
Ch3 ch ch c o h h3c ch3. H2c ch2 h3c. Ch2 ch cf3+hbr. Ch2 ch2 o2 ag. H2c—ch3=ch—ch=ch—ch=ch//o\h.
H3c-ch2-ch3. Ch4 c2h2 реакция. H2c ch2 h3c. Ch3-ch-(ch3)-ch=c=c- c (ch3)- ch2- ch3. H2c ch2 h3c.
H3c-ch2-ch3. Ch4 c2h2 реакция. H2c ch2 h3c. Ch3-ch-(ch3)-ch=c=c- c (ch3)- ch2- ch3. H2c ch2 h3c.
H2c-ch2-ch2-h3c. Ch3 ch2 c ch2 ch2 ch3. H2c ch2 h3c. Ch3-ch2-ch2-c=o. Пропанон h2 катализатор.
H2c-ch2-ch2-h3c. Ch3 ch2 c ch2 ch2 ch3. H2c ch2 h3c. Ch3-ch2-ch2-c=o. Пропанон h2 катализатор.
Ch3-ch2-ch-c=c-ch2 - ch2 - ch3. H2c ch2 h3c. H3c-ch2-c тройная связь ch3. H2c ch2 h3c. H2c ch2 h3c.
Ch3-ch2-ch-c=c-ch2 - ch2 - ch3. H2c ch2 h3c. H3c-ch2-c тройная связь ch3. H2c ch2 h3c. H2c ch2 h3c.
Ch3-ch-(ch3)-ch=c=c- c (ch3)- ch2- ch3. H3c ch3 ch3. Ch3 - ch ch2 - ch ch2 - c o o h nh2. H2c-ch2-ch2-h2c. Ch3−c|h−ch2−ch3ch3.
Ch3-ch-(ch3)-ch=c=c- c (ch3)- ch2- ch3. H3c ch3 ch3. Ch3 - ch ch2 - ch ch2 - c o o h nh2. H2c-ch2-ch2-h2c. Ch3−c|h−ch2−ch3ch3.
H3c-ch2-ch2-ch2-c. H3c-c-ch-ch2-ch3. H3c ch c ch2 ch2 ch3. Эфиры ch3-o-ch2-ch3. H3c-o-ch2-ch3 название.
H3c-ch2-ch2-ch2-c. H3c-c-ch-ch2-ch3. H3c ch c ch2 ch2 ch3. Эфиры ch3-o-ch2-ch3. H3c-o-ch2-ch3 название.
Ch3 ch h2o hg2+. H3c - hc = ch2. H2c ch2 h3c. H3c-[ch(ch2)2]. Генетическая связь между классами.
Ch3 ch h2o hg2+. H3c - hc = ch2. H2c ch2 h3c. H3c-[ch(ch2)2]. Генетическая связь между классами.
Ch2=ch-c=c-ch2-ch3. Генетическая взаимосвязь органических веществ. H3c-ch2-ch-ch2-ch2-ch3. C2h2 ch2 ch2. H3c-h2c-c-ch2-c-ch3.
Ch2=ch-c=c-ch2-ch3. Генетическая взаимосвязь органических веществ. H3c-ch2-ch-ch2-ch2-ch3. C2h2 ch2 ch2. H3c-h2c-c-ch2-c-ch3.
H2c ch2 h3c. Oh + h2c=ch2. H2c=ch-ch-ch3-ch2-ch3. H3c-ch2=ch2+hbr. H2c ch2 h3c.
H2c ch2 h3c. Oh + h2c=ch2. H2c=ch-ch-ch3-ch2-ch3. H3c-ch2=ch2+hbr. H2c ch2 h3c.
H3c-c-ch2-ch3. H2c ch ch ch2 класс соединения. H2c ch2 h3c. H3c-ch-ch2-ch-ch-ch2-oh. H2c ch2 ch2 ch2.
H3c-c-ch2-ch3. H2c ch ch ch2 класс соединения. H2c ch2 h3c. H3c-ch-ch2-ch-ch-ch2-oh. H2c ch2 ch2 ch2.
H2c=ch-ch=ch-ch3. C2h2 hc c ch ch2. H2c ch2 h3c. H2c=ch-ch3+h2. C3h3ag+ch3br.
H2c=ch-ch=ch-ch3. C2h2 hc c ch ch2. H2c ch2 h3c. H2c=ch-ch3+h2. C3h3ag+ch3br.
H3c-ch-ch-ch2-ch-ch3. H3c ch ch ch3 + h2. Ch тройная связь ch h2o. Ch≡c-ch-ch3-ch-ch3-ch3. Hc c ch2 ch3 h2o.
H3c-ch-ch-ch2-ch-ch3. H3c ch ch ch3 + h2. Ch тройная связь ch h2o. Ch≡c-ch-ch3-ch-ch3-ch3. Hc c ch2 ch3 h2o.
H2c ch2 h3c. H2c ch2 h3c. H2c=ch-ch3+h2. H2c=ch-ch=ch-ch3. H2c ch ch ch2 класс соединения.
H2c ch2 h3c. H2c ch2 h3c. H2c=ch-ch3+h2. H2c=ch-ch=ch-ch3. H2c ch ch ch2 класс соединения.