10th Grade Organic Chemistry Interactive Videos

Explore the roles and behaviors of acids and bases, with an emphasis on understanding acid strength and the foundational definitions used in organic chemistry. Gain insight into concepts such as pKa values and the Bronsted-Lowry definition of acids and bases. Develop a comprehensive understanding of how these concepts influence the reactivity and properties of molecules within a chemical context.

Explore essential concepts in organic chemistry, emphasizing the study of reagents, reactions, and the synthesis of crucial compounds. Develop the ability to predict the outcomes of reactions and gain proficiency in synthesizing aspirin and penicillin.

Study the fundamental concepts of biomolecules and their functional groups. Understand biomolecule composition, structure, and functionality through an exploration of their chemical properties and roles in biological systems, focusing on their significance in life processes and the interactions that underpin biological functions.

Investigate addition reactions in organic chemistry with a focus on functional group transformations and the mechanisms underlying these reactions. Gain an understanding of how regioselectivity and stereochemistry play crucial roles in these processes. Develop skills to analyze reaction pathways and predict the outcomes of addition reactions based on molecular structure and reaction conditions.

Investigate key concepts in organic chemistry by focusing on carbon and macromolecules. Gain an understanding of the diverse range of organic molecules and explore various careers within this scientific field.

Explore essential concepts in organic chemistry by examining historical contexts and analyzing the structural characteristics of organic molecules. Develop comprehensive understanding of molecular nomenclature and engage in synthesis techniques to build foundational skills in organic chemistry.

Examine the core aspects of organic chemistry with a focus on carbon's adaptability and diverse bonding capabilities. Gain a deeper understanding of both historical and contemporary applications of organic compounds, exploring the breadth of their uses and transformations over time. Enhance knowledge of organic structures and reactions, fostering analytical skills in interpreting and predicting chemical behavior and mechanisms.

Study the properties and reactivity of carboxylic acid derivatives in organic chemistry, focusing on identifying their chemical characteristics and reactions. Apply this knowledge to practical scenarios in biochemistry, aiming to enhance analytical and problem-solving skills in identifying and predicting outcomes of chemical reactions.

Master the identification and systematic IUPAC naming of organic compounds, focusing on heteroatoms, alcohols, and various functional groups. Develop the ability to accurately name and understand the structure of organic molecules, enhancing skills in chemical nomenclature and analysis.

Understanding fundamental naming conventions in organic chemistry through IUPAC standards enables accurate identification and naming of organic compounds. Gain proficiency in applying systematic nomenclature rules to categorize and distinguish various organic structures.

Examine the core principles of chemical bonding, focusing on hybridization and bond formation. Gain insights into how these processes influence the molecular structure and stability, and enhance your understanding of the associated concepts. Develop analytical skills in assessing complex molecular configurations and improve your ability to predict molecular behavior based on bonding characteristics.

Analyze how strain and conformation influence the stability of organic molecules. Develop proficiency in identifying various conformations and comprehending their effects on the energy and reactivity of these molecules.

Understand the various bonds and components that form macromolecules, focusing on molecular structures and key concepts in chemical science. This will enhance learners' comprehension of molecular interactions and the principles underlying the formation and function of large biomolecules.

Master the principles of naming binary ionic compounds by focusing on the identification of elements and understanding naming conventions. Build expertise in chemical nomenclature and compound recognition to enhance proficiency in this fundamental area of chemistry.

Gain a comprehensive understanding of molecular geometry and bonding by focusing on VSEPR theory and orbital hybridization. Develop skills in identifying various molecular shapes and predicting different types of bonding interactions. Achieve proficiency in analyzing the structural aspects of molecules and understanding the principles that govern molecular behavior and interactions.

Gain proficiency in writing and naming ionic compounds by understanding and applying key techniques for identifying cations and anions. Achieving this mastery will deepen comprehension of chemical naming conventions and enhance analytical skills in chemistry.

Master the principles of naming binary ionic compounds by understanding ionic charges and learning to form chemical formulas. Develop skills in identifying the components of compounds and writing chemical formulas for common compounds.

Explore the chemistry behind synthetic polymers by examining their properties and production techniques. Gain a comprehensive understanding of polymerization processes and their diverse applications in various industries.

Explore the formation of organic sedimentary rocks derived from once-living matter. Understand the processes involved in their formation and learn to identify key components such as coal and limestone.

Master the systematic naming of ionic compounds by translating chemical formulas into proper names. Develop skills in identifying metals with fixed charges and apply nomenclature rules to improve chemical literacy.