Want to take Nastya's course? Follow the link and write to the VK group messages 👉 https://vk.me/umsch_x Useful files and theory for the Unified State Exam in Chemistry every day in the Telegram channel: https://t.me/+Rt0VDWWmOP02OTRi Hurry up and subscribe! The class is taught by Anastasia Mayer, a chemistry teacher at the Umskul online school: since 2018, she has graduated 25 students with 100 points and 264 students have passed with 90+ She was admitted to the First Moscow State Medical University named after I.M. Sechenov on a budget. Sechenov Prize-winner of the interregional chemical tournament of Moscow State University I teach in such a way that cramming is practically not necessary - you will master the maximum amount of information right in the lesson Student reviews: https://vk.com/topic-137332003_359548... More free theory and practice of the Unified State Exam ↓ Don't forget to subscribe to this channel and turn on the bell! Weekly materials for the Unified State Exam 2023 VKontakte: https://vk.cc/cdVOwg Need a consultation? Call, we will help: 8 (800) 444 37 50. The call is free from anywhere in the Russian Federation. 0:00:00 - Start of the webinar 0:14:22 - Greetings from the teacher 0:15:12 - About the teacher 0:16:57 - About the Telegram channel 0:23:36 - What will we cover in class? 0:25:02 — Sigma and pi bonds 0:26:15 — Types of bonds between carbon atoms 0:28:47 — Types of reactions in organic chemistry: addition reactions 0:35:52 — Elimination reactions 0:39:36 — Polymerization reaction 0:42:45 — Substitution reactions 0:44:33 — Alkanes 0:46:16 — What reactions do alkanes undergo? 0:47:42 — Substitution reactions: halogenation 0:55:49 — Nitration 0:58:35 — Dehydrogenation 1:04:41 — Dehydrocyclization/aromatization 1:11:44 — Stop point 1:13:36 — C-C bond breaking reactions: cracking 1:18:50 — Isomerization 1:22:10 — Specific properties: methane pyrolysis 1:24:02 — Methane conversion 1:25:55 — Combustion 1:30:18 — State of aggregation of hydrocarbons 1:31:28 — Laboratory production of alkanes: methane production 1:33:06 — Industrial production of alkanes: Kolbe synthesis 1:35:32 — Hydrogenation of unsaturated hydrocarbons 1:38:41 — Synthesis from simple substances and using synthesis gas 1:39:42 — Isolation from natural gas and oil 1:40:08 — Dumas reaction 1:42:30 — Wurtz reaction 1:51:28 — Alkenes and cycloalkenes 2:00:08 — Addition reactions: halogenation 2:07:00 — Interaction with bromine water 2:09:19 — Hydrogenation 2:12:04 — Hydration 2:15:18 — Hydrohalogenation 2:18:25 — Markovnikov's rule. Exceptions to the rule 2:30:08 — Elimination reactions: dehydrogenation 2:34:49 — Polymerization reactions 2:43:08 — Oxidation state: simulator for determining the CO of carbon atoms in organic matter 2:51:57 — What is oxidation? 2:53:33 — Oxidation series 2:55:05 — Types of oxidation 2:57:55 — Soft oxidation 3:04:47 — Hard oxidation in an acidic medium 3:11:55 — Hard oxidation in an alkaline medium 3:15:22 — Another interesting oxidation reaction 3:18:31 — Specific reactions: the Prilezhaev reaction and the Wacker process. Combustion 3:24:11 — Break. Answers to questions 3:37:12 — Industrial production of alkenes 3:41:18 — Laboratory methods for producing alkenes 3:47:55 — Cycloalkenes: addition reactions 3:51:29 — Cycloalkenes: oxidation reactions 3:57:22 — About the master group 4:00:37 — Cycloalkanes. Small and Large Cycles 4:01:35 — About the Structure of Small Cycles 4:07:49 — Small Cycles. Addition Reactions: Hydrogenation 4:10:56 — Halogenation and Hydrohalogenation 4:14:41 — Large Cycles. Substitution Reactions: Halogenation 4:18:17 — Nitration 4:19:03 — Dehydrogenation 4:21:14 — Aromatization 4:22:53 — Combustion and Oxidation of Cycloalkanes 4:23:42 — Obtaining Cycloalkanes: Hydrogenation of Arenes 4:25:42 — Dehalogenation of Dihalogen Derivatives 4:30:26 — Alkadienes. What Reactions Will They Enter into? 4:34:55 — Addition reactions: hydrogenation 4:39:26 — Halogenation 4:43:44 — Hydrohalogenation 4:47:28 — Polymerization reactions 4:53:47 — How to get rubber from polymers? 4:55:45 — Soft oxidation of alkadienes 4:58:36 — Hard oxidation of alkadienes 5:05:03 — Production of alkadienes in industry 5:07:08 — Lebedev reaction 5:10:23 — Industrial production of chloroprene 5:11:36 — Production of alkadienes in the laboratory 5:30:18 — Alkynes. What reactions can they enter into? 5:33:44 — Addition reactions: halogenation 5:36:33 — Hydrogenation 5:38:30 — Hydrohalogenation 5:40:16 — Hydration 5:45:46 — Trimerization 5:49:56 — Acetylene dimerization 5:53:04 — Hard oxidation of alkynes 5:57:45 — Combustion 5:58:32 — Soft oxidation of acetylene 6:04:59 — Substitution reactions: substitution of hydrogen with a metal 6:15:19 — Preparation of alkynes 6:21:09 — Invitation to the Master Group 6:22:20 — Arenes 6:24:27 — Ortho, meta, and para positions 6:33:52 — Substitution reactions: halogenation (electrophilic substitution) 6:38:07 — Halogenation (radical substitution) 6:41:13 — Nitration 6:45:45 — Alkylation 6:52:20 — Hydrogenation 6:53:49 — Halogenation 6:55:38 — Oxidation of arenes 7:00:58 — Oxidation of cumene. Combustion 7:01:56 — Styrene 7:02:38 — Laboratory methods for obtaining arenes 7:04:56 — Industrial methods for obtaining arenes 7:07:20 — More about the Master Group 7:11:02 — Farewell from the teacher