Name: The Separation Experimentation
Uploaded: 2023-08-23T08:04:54.164Z
Duration: 13 min 6 s

In this captivating video tutorial, we delve into "The Separation Experimentation," a fascinating exploration of separation techniques in chemistry. We uncover various methods such as filtration, distillation, chromatography, and extraction, demonstrating how they are applied to separate mixtures into their individual components. Through engaging demonstrations and explanations, you will gain a solid understanding of these techniques, empowering you to effectively separate and analyze complex mixtures in your scientific experiments and research.

Science

I am a Physics and Mathematics tutor with 8 years of experience helping students from middle school through college. I graduated summa cum laude from Stanford University with a Bachelor's degree in Physics and a minor in Mathematics.

My teaching style is focused on ensuring strong foundational understanding. I begin by identifying any gaps or misconceptions in a student's knowledge and spend time solidifying the core principles through practice problems and demonstrations before moving on. Students learn best when they understand the basic concepts thoroughly before attempting to apply them.

I have a strong passion for helping students see the natural beauty in numbers and formulas. Problem solving skills developed in physics and mathematics are invaluable tools for critical thinking across any field. It is deeply rewarding for me to see the lightbulb moments when students make connections between concepts.

In my free time I enjoy reading popular science books and keeping up with the latest research. I also love hiking, playing volleyball, and tinkering with simple Rube Goldberg-style machines. I look forward to working with you to build confidence and mastery in these foundational STEM subjects.

The Separation Experimentation

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Elementary

Middle School

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What makes my science, physics, and math lessons unique is my focused approach on strengthening conceptual understanding. Too often, students struggle not because they aren't smart, but because they have gaps in their foundational knowledge or misconceptions that were never properly addressed. I spend time at the beginning of our sessions evaluating each student's strengths and weaknesses to identify any areas they are shaky on. From there, I develop personalized lesson plans that guide students through building up their knowledge from the ground floor. We spend as long as needed on each new concept through demonstrations, examples, and problem-solving until mastery is achieved. This approach means that students retain information better and are able to confidently apply what they've learned to more advanced problems. It also prevents frustrations and roadblocks down the line by eliminating any cracks in their foundation. My goal is to give students a deep, comprehensive knowledge of these subjects that will serve them throughout their continuing education and careers.

In this video, we'll learn about thermodynamics processes and cycles in details. We'll go into formulas and learn in depth mechanism of thermodynamics with some examples. 

Thermodynamics Processes and Cycles Part 1

In this enlightening video tutorial, we explore the concept of "Going Full Circle" in various contexts. We delve into its symbolic meaning, examining how it relates to life, personal growth, and the cyclical nature of events. Through thought-provoking discussions and examples, we reflect on the significance of embracing the journey and finding closure, ultimately gaining insights on how to navigate life's cycles with grace and wisdom.

Going Full Circle

In this video tutorial, you will explore a 3-process cycle, a fundamental concept in thermodynamics. We will examine each process, including isothermal, adiabatic, and isobaric processes, and their respective characteristics and equations. Through clear explanations and visual representations, you will gain a comprehensive understanding of how these processes interact within a cycle, enabling you to analyze and solve problems related to energy transfer and work done in thermodynamic systems.

A 3 Process Cycle

In this video tutorial, you will learn about the sign determination process in mathematics, a crucial step in solving equations and inequalities. We will cover the rules and techniques for determining the sign of algebraic expressions, including polynomials and rational functions. Through comprehensive explanations and practical examples, you will gain a solid understanding of how to correctly determine the sign of expressions, enabling you to accurately solve equations and inequalities in various mathematical contexts.

The Sign Determination

In this comprehensive video tutorial, you will discover the four types of processes commonly encountered in various fields. We will delve into the categories of continuous, discrete, batch, and project processes, providing clear definitions and examples for each type. Through detailed explanations and real-world illustrations, you will gain a solid understanding of these process types, enabling you to identify and differentiate between them in practical scenarios, whether in manufacturing, project management, or other domains.

4 Types of Processes

In this captivating video tutorial, we delve into "The Atomic Edition," an immersive exploration of atomic structure and the periodic table. We unravel the fundamentals of atoms, including subatomic particles, electron configuration, and atomic bonding. Through engaging visuals and clear explanations, you will gain a comprehensive understanding of the periodic table, its organization, and the properties of elements, empowering you to navigate the world of chemistry with confidence and insight.

The Atomic Edition

In this thought-provoking video tutorial, we delve into "The Collaborator's Contamination," a captivating exploration of ethical dilemmas in collaborative work environments. We examine the challenges and consequences of unethical behavior, such as plagiarism, sabotage, and intellectual property infringement, that can contaminate team dynamics and impede progress. Through insightful discussions and case studies, we provide strategies and guidance for fostering a culture of integrity and collaboration, empowering viewers to navigate ethical complexities and build strong, trustworthy collaborations.

The Collaborator’s Contamination

In this instructive video tutorial, we delve into "A Lesson on Modes," a comprehensive exploration of music theory and the different modes used in composition. We explore the seven modes, including Ionian, Dorian, Phrygian, and more, uncovering their distinct characteristics and tonalities. Through clear explanations and musical examples, you will gain a solid understanding of how to identify, construct, and utilize modes in your musical compositions, enhancing your ability to create diverse and captivating melodies.

A Lesson on Modes

In this informative video tutorial, we delve into "A 2D Solid," providing a comprehensive understanding of two-dimensional shapes and their properties. We explore various types of 2D solids, including triangles, quadrilaterals, polygons, and circles, delving into their definitions, characteristics, and formulas for calculating area and perimeter. Through clear explanations and visual representations, you will gain the knowledge and skills to identify, classify, and work with 2D solids, enabling you to solve geometry problems and build a strong foundation in the world of two-dimensional shapes.

A 2D Solid

In this intriguing video tutorial, we explore "The Sh-Pe Amalgamation," a captivating concept in linguistics that involves the merging of sounds commonly represented by the letters 'sh' and 'pe'. We delve into the phonetic and phonological aspects of this amalgamation, discussing its occurrence in various languages and its implications for speech patterns and sound changes. Through detailed explanations and examples, you will gain a deeper understanding of this linguistic phenomenon, enhancing your knowledge of phonetics and phonology and its role in language evolution and variation.