Instructional Video6:54
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Mystery of Matter

Mysteries of the Periodic Table, Part 1: A Reflection of the Atom

9th - 12th
Properties of atoms are no small thing. A thorough video lesson describes properties of atoms and how they relate to the makeup of the periodic table. Learners review the relationship between subatomic particles and discover the...
Instructional Video10:18
1
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Mystery of Matter

Into the Atom, Part 4: The Atom Splits

9th - 12th Standards
Scientific discord is part of the road to new discoveries. Scholars learn how scientists challenge each other to prove and explain their conclusions in the final lesson of the four-part series Into the Atom. The video lesson explains the...
Instructional Video10:44
1
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Mystery of Matter

Into the Atom, Part 2: The Atom’s First Pieces

9th - 12th Standards
Could electrons really be as small as the numbers suggest? This is the hurdle for the initial study of electrical properties of elements. Learners view a video to follow the history of the science that led to the discovery of the parts...
Instructional Video18:46
1
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Mystery of Matter

Into the Atom, Part 1: Atoms Have Parts

9th - 12th Standards
Finally mysteries are revealed! A thorough lesson shows how the scientific method helps to solve mysteries of now common elements. Young scientists watch the video presentation to gain a thorough understanding of how Madam Curie...
Instructional Video10:13
Smithsonian Institution

Chemical Reactions in Action

K - Higher Ed
Learn from colleagues by initiating a professional development discussion. An episode from the Good Thinking series analyzes strategies for teaching chemical reactions. Using examples from the classroom, the video discusses the...
Instructional Video8:37
Smithsonian Institution

What’s the “Matter” With Cells and Atoms?

K - Higher Ed
Science concepts often span multiple disciplines. Learn strategies for helping pupils make the connections more effectively using an episode from the Good Thinking PD series. The lesson focuses on the concept of cells and atoms as they...
Instructional Video5:06
TED-Ed

How Do Crystals Work?

6th - 12th Standards
What do amazonite, heliotrope, carnelian, and diamonds have in common? There are all crystals and members of one of the six crystal families. Viewers of a fascinating short video learn about the molecular structure of crystals that cause...
Instructional Video5:20
TED-Ed

What’s the Smallest Thing in the Universe?

9th - Higher Ed Standards
Quarks have some interesting features—including their names! Young scholars learn about up, down, strange, charming, bottom, and top quarks in an engaging video presentation. The narrator begins with an overview of molecules and atoms,...
Instructional Video12:32
Crash Course

The Presocratics: Crash Course History of Science #2

9th - 12th Standards
How did early scientists arrive at the notion that everything was made of atoms? Meet the Presocratics during the second installment in an engaging History of Science series. Viewers discover how these pioneers developed a model for...
Instructional Video5:47
Be Smart

What's the Hottest Hot and Coldest Cold?

6th - 12th Standards
When temperatures get extreme, physics gets a little weird! Show physics scholars the lowest man-made temperature to date, as well as the extreme heat of the Big Bang using a video from an extensive playlist. The narrator explains some...
Instructional Video7:56
Amoeba Sisters

Carbon and Nitrogen Cycles

7th - 12th Standards
As the world turns ... so do the carbon and nitrogen cycles! Introduce them both to eager young biologists through an animated video, part of an extensive biology playlist. The narrator explains how each element moves through its...
Instructional Video5:50
Physics Girl

Seeing the Smallest Thing in the Universe

9th - Higher Ed Standards
How do we see what we can't see? An episode of a comprehensive physics playlist shows images of the smallest particles current technology can record. The instructor discusses current and past research on the makeup of subatomic particles.
Instructional Video6:32
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Socratica

Chemistry and Physics: History of the Atom (Dalton, Thomson, Rutherford, and Bohr Models)

9th - 12th Standards
How do we know so much about the atom? Explore the evolution of the atomic model through a video from an informative chemistry lessons playlist. The narrator describes how our view of atoms and subatomic particles has changed from...
Instructional Video5:09
Socratica

What Is Biochemistry?

9th - Higher Ed Standards
Watch as chemistry comes alive! Socratica's biology playlist kicks off with a simple video detailing the principle components of biochemistry. Content includes carbohydrates, proteins, and nucleic acids. The narrator describes each class...
Instructional Video2:17
Veritasium

Thomson's Plum Pudding Model of the Atom

9th - 12th Standards
JJ Thomson discovered atoms are made up of things, which he called electrons. The video in the Vertasium playlist explains Thomson's model of the atom, known as the plum pudding model. It presents the new knowledge Thomson wanted to...
Instructional Video9:31
JFR Science

Electron Configurations: Writing Condensed and Expanded Versions

9th - Higher Ed
It's hard to keep track of electrons ... that's where electron configurations come to the rescue. A short video in the JFR Science series highlights electron configurations and how to write both condensed and expanded notation. It...
Instructional Video5:20
American Chemical Society

Have We Found All The Elements?

9th - Higher Ed
You've always wanted to know why ytterbium is called ytterbium, haven't you? An engaging video investigates the discovery of elements throughout history. It posits the theory that we are close to having discovered all the elements.
Instructional Video7:00
JFR Science

Representing the Atom: Bohr, Rutherford and Lewis Diagrams

9th - Higher Ed Standards
What's the best way to draw an atom? Well, that depends on what information you need to convey. Compare and contrast the atomic models of Bohr, Rutherford, and Lewis using a video from the JFR Science series. The resource shows the basis...
Instructional Video7:45
JFR Science

Development of Atomic Theory: An Introduction

9th - Higher Ed Standards
The atom has come a long, long way! From its early days as a ball of goo that exhibited the same properties as the whole it was part of, to the tiny sphere we know today, atomic theory has truly evolved. Explore these changes with an...
Instructional Video11:32
JFR Science

Periodic Trends: Why Can't I Get Any Francium?

9th - Higher Ed Standards
We are family! Why are elements in the same group so similar in many ways? Science scholars explore the relationship between valence electrons and an element's characteristics through a video from the JFR Science playlist. The narrator...
Instructional Video10:16
JFR Science

VSEPR Theory: Determining the 3D Shape of Molecules

9th - Higher Ed Standards
Ready to take molecules out of the two dimensional world and into 3-D? Chemistry scholars explore molecular geometry through a well-written video from the JFR Science series. Topics include the effects of bonding and non-bonding...
Instructional Video2:51
American Chemical Society

The Four "New" Elements and How We Got Them

9th - Higher Ed Standards
How are new elements created? Are they really new? Journey to the end of the periodic table with a video from the American Chemical Society's Reactions playlist. The narrator describes the conditions under which new elements are formed...
Instructional Video5:36
American Chemical Society

How Can You See an Atom?

9th - Higher Ed Standards
Seeing is believing! But, how can something as tiny as an atom be made visible? Explore the history of the atom with a video from the American Chemical Society's Reactions playlist. Content includes early concepts of the atom, as well as...
Instructional Video8:58
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Socratica

Molecular Formula

9th - 12th Standards
Looking for the formula for success in chemistry class? Socratica's lesson on Molecular Formula, from its Chemistry Lessons series, is the solution! The narrator guides learners through the differences between empirical and molecular...