11th Grade Instrumental Analysis Interactive Videos

Explore the methods used by scientists in determining the chemical compositions of celestial bodies such as planets and moons in our solar system. Gain insights into spectroscopy, understanding atmospheric formations, and the challenges of analyzing extraterrestrial atmospheres. Enhance scientific analysis skills and deepen understanding of planetary science.

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 UFO sightings with a focus on interpreting incidents involving unidentified aerial and submerged objects. Develop the ability to analyze phenomena using advanced observational techniques, enhancing critical thinking and evaluation skills.

Detailed investigation and analysis of UFO encounters are explored, focusing on data collection and scientific study methods related to the Scientific Coalition for UAP Studies. Learners will develop skills in analyzing scientific data, understanding the roles of professionals within data analysis, and evaluating unusual aerial phenomena through critical thinking and peer-reviewed research methods.

Examine the mysteries surrounding UFO sightings with a particular focus on notable cases in Puerto Rico. Gain insights into the critical analysis of unexplained events, learning to assess the credibility of various accounts, and distinguish between plausible explanations and speculation.

Explore the realm of mysterious sounds and the scientific theories surrounding them, including the effects of electromagnetic fields and natural phenomena. Improve your knowledge of sound analysis and hone your critical thinking abilities to evaluate unexplained acoustic events.

Explore various UFO sightings globally, analyzing unusual behaviors and expert conclusions about these phenomena. Develop critical analysis skills and understand the use of technological methods to validate and debunk such claims.

Study the trajectory of golf balls by analyzing quadratic functions and projectile motion. Gain insights into calculating maximum height, impact time, and initial conditions of trajectories using mathematical models and graphing tools. Develop an understanding of the underlying principles to enhance skills in mathematical reasoning and problem-solving.

Explore the transformative impact of Nobel Prize-winning research on labor economics and causal relationships. Gain insights into the significance of empirical methods and their applications in shaping economic theories and policy decisions.

Explore profound cosmic questions, touching on intriguing astronomical phenomena and theories such as the Fermi Paradox and string theory. Enhance understanding of complex astrophysics concepts and develop critical thinking skills by pondering the mysteries of the universe.

Explore the significance of observing workplace safety protocols by analyzing an incident of toxic gas inhalation. Enhance understanding of effective safety measures and procedures to prevent accidents and ensure personal safety in confined spaces.

Explore the capabilities of technology in recognizing human emotions and its implications for future interactions. Gain insights into how technology detects emotions, examine potential changes in interpersonal dynamics, and assess the role of empathetic technology within society.

Explore the intricate process of underwater sculpture recovery, focusing on the challenges and strategies in preserving delicate artifacts. Understand the logistics of archaeological retrieval, the significance of preserving historical pieces, and the role these skills play in enhancing underwater exploration and heritage conservation efforts.

Exploring the effectiveness of various thermal insulating materials through experimentation sharpens understanding of heat retention and heat transfer principles. This process fosters the development of skills in scientific investigation by evaluating the thermal properties of different materials.

Examine the relationship between star colors and black body radiation by focusing on how temperature influences light emission. Grasp how these concepts explain stellar characteristics, such as color and temperature, to enhance comprehension of astrophysical phenomena.

Explore the principles of thermal conductivity, examining how material choices impact everyday objects and understanding the mechanisms of heat transfer. Gain insight into the practical applications of thermal conductivity and discover factors influencing the efficiency of heat transfer.

Explore comprehensive methodologies for estimating oil spill volumes, focusing on initial leakage calculations, recognizing discrepancies, and employing techniques to obtain precise flow rate measurements. Develop an understanding of fluid dynamics in environmental assessments and enhance the ability to critically evaluate environmental data.

Engage in the fascinating exploration of unidentified aerial phenomena and modern rocketry through observation and data collection exercises. Develop insights into experimental design and data analysis, enhancing skills in critical thinking and scientific investigation.

Gain insights into advanced data collection methods and critical evaluation through the scientific investigation of Unidentified Aerial Phenomena (UAP). Develop a deeper understanding of aerospace technology and security protocols by interpreting radar data and utilizing expert analysis to enhance scientific inquiry skills.

Explore how different surface properties influence the emission and absorption of infrared radiation to gain a deeper understanding of thermal emission and heat transfer principles. Develop experimental analysis skills through examining these interactions.