In this video, viewers will learn about the formation of clouds and the different types of clouds that exist. The video explains how water vapor rises into the atmosphere and condenses into either liquid or ice, forming clouds. It also...

Watch what happens when Dr. Boyd unexpectedly gets his hands on some dry ice! Minute 0:30 – Explanation Minute 3:04 – Demo 1: Dry Ice In Water Minute 4:05 – Demo 2: The Vibrating Quarter Minute 4:51 – Demo 3: Floating Bubbles Minute 5:56...

Dr. Boyd shows you how to simulate making a cloud after explaining how they are made in nature. Minute 0:30 – Introduction Minute 0:43 – What you need Minute 1:17 – Explanation Minute 2:18 – Safety Minute 2:29 – Making a Cloud in a Jar

Humidity is simply a measure of how "wet" the air is in a specific place, or the amount of water vapor present in the air. However, it's important to note that humidity is an umbrella term that can refer to three different types of...

It is not as easy to manufacture water as it appears. Combining hydrogen and oxygen atoms—the two constituents of water—releases tremendous energy. When combined chemically, these highly flammable gases produce large explosions, as...

We create a cloud in a bottle using warm water and smoke. Some warm water is placed in a plastic bottle and then some smoke is drawn in using a glowing splint. The bottle is sealed and then squeezed and released. The change in pressure...

The loss of water vapour from plants to the atmosphere. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions. Twig Science Glossary Films reinforce abstract...

This video explains the ripple effects of rising global temperatures, including more frequent droughts, wildfires, and extreme weather events like hurricanes. Discover how changes in the climate affect water availability, agriculture,...

By the end of this learning object, the student will be able to: Recognize the atmosphere. Identify the concept of atmospheric layers. Identify the characteristics & importance of atmospheric layers.4434

Embark on a journey through the water cycle, tracing the path of a single drop of water as it transitions from liquid to vapor and back again. Learn about the processes of evaporation, condensation, and precipitation, and discover how...

Delve into the vast realms of Earth's water, from the expansive oceans to the hidden underground reservoirs. Learn about the distribution of water across the planet and its significance for sustaining life. Explore the different forms...

Join Ken Libbrecht, a Caltech physicist and snowflake consultant for 'Frozen', as he unravels the secrets of snowflake formation.

Dr. Forrester explains evaporation and condensation.

It is not as easy to manufacture water as it appears. Combining hydrogen and oxygen atoms—the two constituents of water—releases tremendous energy. When combined chemically, these highly flammable gases produce large explosions, as...

Dr. Forrester explains the water cycle and the formation of clouds.

Dr. Forrester teaches about the different types of precipitation.

In this segment, students delve into the water cycle, exploring evaporation, condensation, precipitation, and collection. Through vivid descriptions and relatable analogies, viewers understand how water transforms from liquid to vapor...

This video describes the causes of volcanic eruptions and some of the different ways eruptions can occur.

This video delves into the significant impact of oceans on global climate. It explains how oceans, covering 70% of the Earth's surface, absorb and redistribute solar energy, influencing weather patterns and climate zones. The process...

This video explores the greenhouse effect and its significant role in global warming. It explains how greenhouse gases, like carbon dioxide and methane, trap heat in the Earth's atmosphere, leading to a rise in global temperatures. The...

This video covers:

- How to calculate the volume of a gas using the equal: volume = moles
x 24
- How to find the volume of a product when you're told the volume of

a reactant

Exam
board specific info:
AQA -...

Dr. Forrester defines the three states of matter as solid, liquid, and gas. She also teaches the student the properties of matter and defines boiling point, melting point, freezing point, condensation, and evaporation.

Dr. Forrester talks about hydrologists and explains that a hydrologist is a scientist who studies the movement, quality, and distribution of water. She also explains how water can be used to produce electricity.

Permaculture Instructor Andrew millison explains how trees are connected to water in the atmosphere as well as water flowing through the landscape. This video articulates the amazing role that trees play to ecosystem and climate...