Electroanalytical Chemistry Interactive Videos

Explore the principles and uses of cyclic voltammetry in electrochemical analysis. Focus on understanding key elements such as peak currents and potentials to enhance comprehension of electrochemical reactions. Gain the ability to differentiate between reversible and irreversible reactions and appreciate their implications in experimental assays.

Explore the fundamental techniques and principles of flame emission spectroscopy in analytical chemistry, with a focus on detecting metal ions through their light emission properties. Develop the ability to identify metal ions in unknown samples and recognize the advantages of instrumental methods for achieving sensitive and accurate analysis.

Explore the wide array of career opportunities available in the field of chemistry, spanning analytical chemistry to science media professions. Gain insights into how an understanding of chemistry can lead to diverse career paths, equipping learners with the knowledge to make informed choices and enhance their professional prospects in related fields.

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 the diverse branches and applications of chemistry by focusing on areas such as organic, analytical, and physical chemistry. Gain insights into chemical processes, the periodic table, and the environmental impact of chemicals. Enhance understanding of chemistry's role in everyday life, focusing on the subject matter, learning outcomes, and skills.

Explore the essential aspects of chemistry, such as chemical reactions and bonding, along with their practical applications in medicine and agriculture. Learners will gain an understanding of chemical bonding and reactions, identify major fields within chemistry, and apply these concepts to real-world scenarios.

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.

Examine the core principles of impedance within simple electrical networks, focusing on its influence on circuit performance. Gain insights into calculating impedance in different configurations and comprehend its impact on capacitors, resistors, and inductors during AC analysis.

Examine the principles and applications of flame emission spectroscopy, an analytical technique utilized for identifying metal ions through their unique spectral lines. Gain an understanding of how spectroscopy delivers accuracy and sensitivity in chemical analysis, thereby enhancing the ability to analyze and interpret complex data in scientific experiments.

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.

Examine the fundamental principles of chemistry, focusing on chemical properties and changes, along with foundational concepts that define the field. Understand the interactions between matter and energy, and develop the ability to differentiate between physical and chemical changes. Identify compounds and comprehend the composition of mixtures.

Explore a variety of career options available for chemistry graduates by focusing on key skills and industry applications. Understand how to effectively leverage your education to improve employability, engage in successful networking, and address common challenges in the job market.

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 the principles of Photoelectron Spectroscopy (PES) and its role in analyzing electron configurations and atomic structure. Understand the relationship between binding energy and electron ejection to enhance the ability to interpret PES graphs and identify elemental properties.

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.

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.