FuseSchool
Energy Levels & Electron Configuration
Learn the basics about Energy Levels and Electron Configuration. Where do you find energy levels? How do you recognize electron configuration? Find out more in this video!
FuseSchool
Covalent Bonding Of Hydrogen, Oxygen & Nitrogen
Learn the basics about the covalent bonding of hydrogen, oxygen and nitrogen as a part of the overall topic of properties of matter. The noble gas structure and covalent bonding is also discussed.
Professor Dave Explains
The Chemical Bond: Covalent vs. Ionic and Polar vs. Nonpolar
Ionic Bond, Covalent Bond, James Bond, so many bonds! What dictates which kind of bond will form? Electronegativity values, of course. Let's go through each type and what they're all about.
FuseSchool
What Is An Atom - Part 2 - Isotopes
In this part 2, learn the basics about the atom, particularly about isotopes, whilst learning about properties of matter. Learn the basics about the atom, whilst learning about properties of matter. Atoms are the small bits that make up...
FuseSchool
What Is An Atom - Part 1
Learn the basics about the atom, whilst learning about properties of matter. Atoms are the small bits that make up all the matter in the world around us. There are around one hundred different sorts of atom, from the lightest, hydrogen...
Professor Dave Explains
Bohr Model of the Hydrogen Atom
Why don't protons and electrons just slam into each other and explode? Why do different elements emit light of different colors? Niels Bohr knew why. And now you will too!
Professor Dave Explains
Classification of Stars: Spectral Analysis and the H-R Diagram
So we have made it through the dark ages, and are now a few hundred million years into the lifetime of the universe. There are plenty of stars all over the place, but are they all the same? How can we classify stars? Let's go through the...
Mazz Media
Ions and Ionic Compounds
The program offers a brief review of ions. Students will learn what determines the charge on an ion and how ionic bonds are formed. Viewers will come to understand that ionic bonds form due to electrostatic attraction between two ions of...
Mazz Media
Octet Rule
This video uses animation and introduces Lewis Structures to demonstrate stable and unstable electron configurations to explain the octet rule. The program shows viewers how they can use the periodic table to understand the octet rule....
Mazz Media
Stability and Chemical Bonds
The relationship between energy levels and strength of chemical bonds are discussed and demonstrated in this video. Students will learn that a chemical bond forms when electrons have lower energy and that less stable atoms tend to form...
Professor Dave Explains
Naming Ionic Compounds
We have to know how to name ionic compounds. Not any name we want like Jeff or Larry, there's rules for how to name them. And look at all these adorable polyatomic ions!
FuseSchool
Ionic Bonding of Lithium Fluoride & Potassium Oxide
Learn the basics about the ionic bonding of calcium chloride, lithium fluoride and potassium oxide, as a part of the overall properties of matter topic. An ionic bond is defined as the electrostatic attraction between oppositely charged...
Visual Learning Systems
Introduction to Ions and Ionic Bonding
This video explains the concept of ions and ionic bonding in a clear and concise manner. It discusses how atoms become charged when they gain or lose electrons, and how oppositely charged ions are attracted to each other to form an ionic...
DoodleScience
Atomic Structure _ GCSE Physics
Doodle Science teaches you high school physics in a less boring way in almost no time!
Professor Dave Explains
The Periodic Table: Atomic Radius, Ionization Energy, and Electronegativity
Why is the periodic table arranged the way it is? There are specific reasons, you know. Because of the way we organize the elements, there are special patterns that emerge. And you know how Professor Dave feels about patterns. He likes...
Curated Video
Wildfire smoke may become more dangerous the longer it lingers in the atmosphere
New ReviewWildfire smoke doesn’t stay the same once it leaves the flames. As smoke drifts, chemical reactions can make it even more toxic. And as Johanna Wagstaffe reports, scientists are working to pinpoint when and where health risks are the...
Curated Video
Why distance doesn’t make wildfire smoke safer
New ReviewWildfire smoke doesn’t stay the same once it leaves the flames. As smoke drifts, chemical reactions can make it even more toxic. And as Johanna Wagstaffe reports, scientists are now working to pinpoint when and where health risks are the...
Getty Images
Neon atom. Diagram of an atom of the element neon, showing the central nucleus surrounded by electron orbitals.
Neon is the tenth element, and has ten protons (red) in its nucleus, along with ten neutrons (blue). Neon has ten electrons, and each of its orbitals can hold a maximum of two. Orbitals are filled from the lowest energy (nearest the...
Getty Images
Oxygen atom. Diagram of an atom of the element oxygen, showing the central nucleus surrounded by its electron orbitals.
Oxygen is the eighth element, and has eight protons (red) in its nucleus, along with eight neutrons (blue). Oxygen has eight electrons, and each of its orbitals can hold a maximum of two. Orbitals are filled from the lowest energy...
Getty Images
Nitrogen atom. Diagram of an atom of the element nitrogen, pulling back from the central nucleus to reveal the surrounding electron orbitals.
Nitrogen is the seventh element, and has seven protons (red) in its nucleus, along with seven neutrons (blue). Nitrogen has seven electrons, and each of its orbitals can hold a maximum of two. Orbitals are filled from the lowest energy...
Getty Images
CGI of Bohr model of an atom showing the electrons, neutrons and protons
CGI of Bohr model of an atom showing the electrons, neutrons and protons
Getty Images
CGI of Bohr model of an atom showing the electrons, neutrons and protons
CGI of Bohr model of an atom showing the electrons, neutrons and protons
Getty Images
Looping theme of quantum physics, atoms, molecule structure, sub molecule, electrons, protons, neutrons, and chemistry
Looping theme of quantum physics, atoms, molecule structure, sub molecule, electrons, protons, neutrons, and chemistry