This nugget explains the features and mathematical expressions of Bohr's model and its advantages over Rutherford's model.

The video explains the components of blood, which include plasma, red blood cells, white blood cells, and platelets. It describes each component's role and how they work together to transport substances to and from body cells, defend...

Learn the basics about shielding as a part of the atomic structure, within the overall properties of matter topic.

The video is a lecture presentation on cloning, discussing the definition of cloning as the process of producing genetically identical individuals, both naturally and artificially. The presentation covers two specific cloning techniques,...

This video provides an overview of how the modern ideas around the atom have developed over thousands of years. It begins with the ancient Greek belief that matter consists of tiny spheres that cannot be divided and were called atoms....

This video explains the process of extracting DNA from a fruit sample using a method that can be done in a school laboratory. The video outlines the steps involved in extracting DNA, such as creating a solution with salt and detergent to...

Practical examples show how viruses and bacteria are both beneficial and harmful to humans. Animations describe the structure of a virus, and explain how they reproduce and cause disease. Microscopic images illustrate different types and...

This video discusses how electromagnetic waves can interact with charged particles, specifically electrons in atoms. It explains how electromagnetic waves can cause electrons to absorb energy and jump to higher energy levels or emit...

This video is a quiz over the Early Life series. In this series, we delve into the fascinating characteristics of early life on Earth. We explore the nebular hypothesis, which explains the formation of our solar system, and discuss the...

This video reviews the concepts covered in the the Atoms series. This video provides a brief overview of the fascinating characteristics of atoms and the advancements in our understanding of them throughout history. It covers key...

Work through this practice GCSE / K12 question on atomic number, atomic mass and electronic configuration. Read the question, and hit pause if you want to try answering it yourself. Then hit play again to watch how the teacher solves it.

Regulation of the JAK STAT Signaling Pathway



JAK-STAT signaling is involved in cell proliferation and survival. Activation of the JAK-STAT leads to activation of the PI3K-AKT and RAS-RAF-MEK-ERK pathways. Several classes of...

What is alpha radiation? How does it happen? And what does it leave behind? Find out all the answers in this GCSE / K12 Physics video from The Fuse School



At Fuse School, teachers and animators come together to make fun &...

Polarizability (Part 1/2)

This brief video tutorial discusses some foundational principals for describing and locating cranial nerve nuclei (motor and sensory) in the brainstem.

The History of Physics (Part 2)

Lotus uses her birthday present to uncover another secret about Mark Brent - he’s radioactive! This lesson will introduce the different types of field forces.

Definitions included: force, field force, mass, weight, electric force,...

In this video, we discuss the mechanisms by which proteins are targeted to the nucleus (import) and moved from the nucleus to the cytoplasm (export). Collectively, nucleocytoplasmic transport is regulated by the nuclear pore complex and...

This nugget explains about the different types of forces.

We often focus on the organisms, but what about the even smaller world inside of them?

Radioactive Decay Equations | Radioactivity | Physics | FuseSchool In this video we are going to look at radioactive decay and how to balance the equations that describe them. Radioactive decay equations show us what is produced when a...

The video discusses the different types of cells found in living organisms and their structures. It compares and contrasts the overall structures of eukaryotic, animal, plant, and prokaryotic cells. The video explains the internal...

Determine the Hamiltonian for Multi-Electron Atoms #2 (Lithium)

Determine the Hamiltonian for Multi-Electron Atoms #1 (Helium)