Formation Theories Interactive Videos

Examine various theories of universe formation, including the Big Bang and Steady State Theory. Gain insight into gravitational forces and plasma dynamics, enhancing understanding of these core astrophysical concepts.

Examine the emergence of life through exploring abiogenesis and the RNA world hypothesis, gaining an understanding of early Earth conditions alongside the central dogma of biology. Develop insight into the foundational concepts of life's origins and the molecular mechanisms underlying biological processes.

Examine the processes and structures involved in planetary formation, including the study of exoplanets and gas giants. Understand the composition and characteristics of various planetary bodies, and gain insights into the mechanisms shaping their development. Learning outcomes include enhanced comprehension of planetary structures and the ability to identify key formation processes.

Explore the differences between Arrhenius and Bronsted-Lowry acid-base theories, focusing on how each theory defines acids and bases. Gain insight into the distinct roles of acids and bases within these theories, emphasizing how each one characterizes the nature of acid-base interactions. Understand the role of water in acid-base reactions, examining how it acts differently within each theoretical framework. Develop comprehension of these concepts to strengthen analytical and critical thinking skills in the context of chemical theory.

Explore how metals and nonmetals form ions by focusing on the creation of cations and anions. Understand ion charges and predict reactivity by applying the octet rule.

Engage in scientific inquiry by examining the process of hypothesis formulation and the comprehension of scientific theories. Develop the ability to clearly differentiate between hypotheses and theories.