Organic Chemistry: Alkenes and Chemical Calculations

Understanding alkenes and double-bonded hydrocarbons is essential for mastering general and organic chemistry. This written course breaks down molecular structures, chemical behavior, and quantitative problems into clear, approachable lessons. You will build a solid foundation in organic chemistry principles while developing practical skills to solve chemical reaction calculations with confidence. What you'll learn: Understand double-bond structures, carbon hybridization, and cis-trans isomerism in alkenes. Apply systematic IUPAC rules to name various alkene structures correctly. Explore primary reaction pathways, including electrophilic addition, oxidation, and hydration. Solve stoichiometric and quantitative calculation problems involving organic chemical equations. Analyze reaction mechanisms, including Markovnikov's rule and regioselectivity principles. Connect theoretical organic chemistry to modern industrial applications and green synthesis concepts. The course begins with core definitions, molecular geometry, and structural concepts before progressing to reaction dynamics and numerical problem-solving. This course is ideal for beginners, introductory chemistry students, and self-learners looking to strengthen their organic chemistry fundamentals without needing prior advanced knowledge. Start reading today to build a strong foundation in organic chemistry and chemical calculation techniques.