This video covers:

0:43 - The number of electrons per energy
level
4:24 - why atoms react / why they lose or gain

electrons

This vi
deo is suit
able for:
- Al
l tiers
- All exam boards
- Triple and...

This video looks at:

0:29 - The structure of an
atom
3:22 - Wha
t ions are
4:53 - What the nuclear

symbol tells us

Th
is video is
suitable for:
>- All tiers
- All exam boards
- Triple and combined...

Ever wondered what your blood is made of? Red blood cells, white blood, platelets and plasma! Learn what each of these components does and how we can replace it with artificial blood.

In this video, we cover:

- The different types of cell (Eukaryotic and Prokary
otic)
- The differences and similarities between the structures of plant, animal, and bacte
rial cells
- The sub-cellular structures /...

This video covers:

- Democritus - Atomic T
heory
- John Dalton - Soli
d spheres
- JJ Thompson - Plum
b Pudding model
- Ernest Ruther
ford - Nuclear Model
- Nie
ls Bohr - Electron shells
r/>- James...

This video covers:

- The structure of the
atom
- The difference between protons, neutrons and
electrons
- Wha
t isotopes are <
br/>- Energy

levels
-
Ionisation

General info:
-
Suitable for...

This video covers how to find the 'relative formula mass', which is the sum of the relative atomic masses of all the atoms within a molecule or compound. It also covers how to find the the percentage mass of a particular element in a...

This video covers the difference between the properties of metals and non-metals, and takes a look at transition metals.

This video covers:

- Democritus - Atomic T
heory
- John Dalton - Soli
d spheres
- JJ Thomson - Plum
b Pudding model
- Ernest Ruther
ford - Nuclear Model
- Nie
ls Bohr - Electron shells
r/>- James...

CHORUS:

Yo, dive into the cell where the secrets d
well,
The chromosomes in the nucleus, they're doi
ng it well
All the Genetic stories tol
d in every cell
Yeah it’s the...

Learn all about the Prokaryotic and Eukaryotic Cells with this fun educational music video Human Cells . Brought to you by KLT.

Dr. Forrester defines the terms: atoms, protons, electrons, and neutrons. She explains that atoms are made up of protons, electrons and neutrons. She also teaches that all electricity comes from the electrically charged particles.

Dr. Forrester describes how plants inherit traits of similar plants through DNA. She also discusses the experiments of Gregor Mendel by evaluating his studies on genetics.

This live-action video program is about Kingdoms. The program is designed to reinforce and support a student's comprehension and retention of the word through use of video footage, photographs, diagrams and colorful, animated graphics...

Thermistors. Learn the basics of how thermistors work in this video on thermistor basics temperature sensor.

What are the differences between plant and animal cells? How are plant and animal cells alike? You might be surprised that there are more similarities than differences. Join Kevin as he transports to the Cellular Learning Center. You...

This video offers a more in depth look at how nuclear fusion occurs in the Sun.

Learn about the function of the pineal gland and the endocrine system within your body. The Pineal Gland anatomy is crucial in controlling circadian rhythms

Learn about the Periodic Table of Elements with this fun educational music video

Atoms and Elements: Defining Terms distinguishes the differences between an atom, an element, a molecule, and a compound.

Electrons and Ions describes what occurs in an atom when electrons are added or removed from the outer shell using the terms ion, bonding, gain, lose, and charge.

Static Electricity demonstrates that an electrically-charged object can attract an uncharged object by conducting an experiment with a charged balloon and paper.

This video explains how the different particles in an atom have charges, how the different particles affect the overall charges of an atom, and how atomic models are created.

This video will explain and illustrate all steps of protein synthesis, starting with processing the RNA, followed by making a protein at the ribosomes (translation).