Metalloproteins Interactive Videos

Gain a comprehensive understanding of valency and chemical properties of elements, focusing on their electron configurations. Develop the ability to determine the valency of elements and predict chemical reactivity, enhancing appreciation of atomic structure and periodic trends.

Explore key principles of energy in both chemistry and physics, such as the first law of thermodynamics, various reaction types, and the characteristics of chemical substances. Strengthen understanding of essential energy concepts, enhance the ability to recognize different energy forms, and apply these ideas to real-world scientific scenarios.

Explore polymer chemistry, uncovering accidental discoveries and different polymerization processes that have significantly influenced modern science. Understand both biological and synthetic polymers by examining their practical applications and unique properties. Identify types of polymers, explain key chemical processes, and appreciate the impact of polymer chemistry in technological and everyday contexts.

Key concepts in nuclear chemistry include understanding the nature of radioactivity, atomic transformations through changes in proton numbers, and the significance of atomic half-lives. Learners explore and clarify common misconceptions about radioactivity, identifying various types of radioactive decay while appreciating the practical applications of isotopes such as californium-254 in nuclear reactions.

Explore essential concepts and techniques in stoichiometry and pH related to acid-base chemistry. Achieve mastery in balancing chemical equations and determining pH levels, bolstering comprehension of chemical reactions and solution characteristics.

Examine the core principles of acid-base chemistry and solution stoichiometry through a set of targeted questions and interactive problems. Enhance skills in solving chemical equations and determining key aspects of reactions, thereby strengthening knowledge of neutralization and pH calculations.

Explore the chemistry of eugenol with a focus on its molar mass, composition, and molecular formula. Gain skills in calculating molar mass, analyzing elemental compositions, and understanding the molecular structure of key organic compounds.

Explore how catalysts function and their effect on reducing activation energy in chemical reactions. Understand the mechanisms through which catalysts operate and examine their significant industrial applications. Develop insights into the pivotal role catalysts play in modern chemistry, enhancing learners' comprehension of these essential processes.

Gain a comprehensive understanding of moles and molar mass in chemistry by exploring the principles of Avogadro's number and the calculation of atomic and molecular masses. Develop the skills necessary to perform mole conversions and grasp the mass relationships in chemical substances.

Explore essential chemistry concepts such as problem-solving, organic chemistry, physical chemistry, biochemistry, and their industrial applications. Develop proficiency in applying calculus to physical chemistry, comprehending organic chemical structures, and conducting quantitative analysis across various industries.

Focus on understanding the properties and behaviors of carbonate ions, emphasizing their solubility and chemical interactions in various contexts. Gain insights into carbonate chemistry, including the dissolution process and factors influencing solubility, to develop the ability to predict and explain chemical reactions effectively.

Explore hydrocarbons in organic chemistry with a focus on the structural and bonding characteristics of alkanes, alkenes, alkynes, and cyclic hydrocarbons. Gain a deeper understanding of chemical bonding and molecular structures. Develop the skills to identify and differentiate between various types of hydrocarbons based on their formulas and hybridizations.

Focus on identifying various ions through practical chemistry methods, such as flame tests and precipitation reactions. Develop skills in conducting experiments safely and accurately, understanding ion-detection techniques, and interpreting laboratory results.

Explore the unique structural aspects and chemical properties of pyridine in comparison to benzene. Understand its behavior in various chemical reactions, focusing on pyridine's basicity, substitution feasibility, and its role in organic synthesis. Deepen comprehension of heterocyclic compounds, enhancing insights into pyridine's distinctive chemistry.

Explore essential principles of carbon chemistry with a focus on tetravalency, electronic configuration, and molecular bonding. Gain insights into how these principles enable the formation of complex carbon compounds, thereby enhancing the understanding of organic chemistry principles.

Explore the fundamental aspects of coordination chemistry, emphasizing complex ions, ligand interactions, coordination numbers, and geometries. Develop the ability to identify and analyze complex ions, understand key theories in coordination chemistry, and apply this knowledge to solve problems related to oxidation states and coordination compounds.

Explore the key aspects of water chemistry, focusing on polarity, molecular structure, and bonding properties. Gain a comprehensive understanding of hydrogen bonds, specific heat, and water's behavior across various environments. Enhance knowledge of chemical interactions and properties.

Examine the complexities of coordination compounds, emphasizing oxidation states and systematic ligand nomenclature. This module strengthens understanding of coordination chemistry, equipping students with the skills to identify ligand names and ascertain metal oxidation states in complex structures.

Understand the importance of precise units in chemical measurements and develop proficiency in unit conversions within the SI system. Achieve enhanced scientific precision by applying these skills effectively and minimizing common conversion mistakes.