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Built on a collection of 40,000+ popular, high-quality books from 250+ of the world's best publishers, Epic safely fuels curiosity and reading confidence for kids 12 and under.

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Discover new children's books on Epic. With thousands of books and audiobooks there is no limit to what children can learn and explore.

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View the Weather Videos collection on Epic plus over 40,000 of the best books & videos for kids.

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Weather - Educational Earth Science Video for Elementary School Students & Kids

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Harmony Square - Kids Educational Videos -

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All About Weather - More Way Cool Science on the Learning Videos Channel

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Weather for Kids | What is weather, and how does it work?

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Is it sunny or cloudy today? In this one-minute video, students will learn about weather. A host will explain how weather affects temperature, air pressure, humidity, and more, and students will consider how weather differs from climate.

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Engage and assess your students in every lesson!

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Join a game of Blooket to answer questions and compete in a fierce clash to determine who is the best and what Blook will come out victorious.

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Join a game of Blooket to answer questions and compete in a fierce clash to determine who is the best and what Blook will come out victorious.

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Gimkit is a game show for the classroom that requires knowledge, collaboration, and strategy to win. Get started for free!

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Gimkit is a game show for the classroom that requires knowledge, collaboration, and strategy to win. Get started for free!

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Gimkit is a game show for the classroom that requires knowledge, collaboration, and strategy to win. Get started for free!

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Weather vs. Climate: Crash Course Kids #28.1

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What is Climate Change?: Crash Course Climate & Energy #1

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What Does the Atmosphere Do? Crash Course Geography #6

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This science game helps children practice different layers of the atmosphere. Gasses make up the layers of the atmosphere. As one increases in altitude, the pressure of air decreases. The temperature also drops. The Ozone layer is able to absorb ultraviolet radiation from sunlight. This article will cover the functions of these layers. This overview will benefit you whether you are an astronomer, or a curious student in science.

Altitude affects air pressure.
You've probably heard that the altitude increases causes air pressure to decrease. Because altitude is a factor in air pressure, the density and weight of the molecules decreases. The gravityal pull and weight of the earth's center is carried by the air molecules when they are close to the ground. This effect disappears as we climb. Higher altitudes result in the distribution of air molecules' weight over a greater volume.
The atmosphere becomes denser as the altitude rises, which causes less compression of air molecules. This phenomenon is known as atmospheric pressure. It is important to understand how air density changes. Higher elevations are colder than those below. This means that air at higher altitudes has a lower density. Weather systems can also affect air density. Low air density areas are more susceptible to storms.
The temperature rises with increasing height
The thermosphere is the uppermost layer in the atmosphere. The thermosphere's temperature rises with altitude, as it absorbs ultraviolet radiation from the sun. The temperature ranges from 500 to 2,000 C depending on the time of the day and the level of solar activity. Because the high-energy radiation of the sun ionizes particles, this layer is also known as the ionosphere. This layer also houses auroras.
An annular structure called the stratopause separates the stratosphere from the lower thermosphere. Because vertical air currents are less restricted in the stratosphere's upper portion, temperatures in the mesosphere drop with altitude. Noctilucent clouds can also form in winter in the upper troposphere.
Ozone layer absorbs ultraviolet radiation
The ozone layer, a thin and extremely rare film protecting the Earth's surface against harmful ultraviolet rays, is very thin. The layer is three millimeters thick at its surface and is found between 10 to 50 km deep in the stratosphere. This thin layer absorbs higher energy wavelengths of UV light, including UVB (ultraviolet B) and UVC (ultraviolet B). Some ultraviolet light can still reach the ground, and it can cause damage to our cells. The ozone layer, however, does not absorb the UVA bands lower than what is visible to us.
The ozone layer blocks UV radiation from sunspots with wavelengths less than 290nm. This allows you to protect your skin against sunburns and other damage outdoors. Certain forms of ultraviolet radiation can also be blocked by the ozone layer, which can cause damage to living organisms.
Earth is protected by the Mesosphere
By burning asteroids or meteors, the mesosphere provides protection. These falling objects are prevented from harming Earth by the mesosphere's thin atmosphere and low temperature. It is the coldest area of the atmosphere, and can freeze water vapour into ice clouds.
85 km above the Earth is the mesosphere. The mesosphere, which is the third layer in the atmosphere, is the coldest. It acts as a force field for a Crusader. You can see spectacular light shows over a distance of 31 miles during meteor showers. There are some conditions that can make meteor showers unpredictable. Normally, meteors are blown into the atmosphere and then burn up.
Troposphere is considered the densest layer
The troposphere is the lowest level of the atmosphere. This layer often has smog that can irritate the eyes and throat, particularly in heavily polluted areas. The inversion layer is the layer of air that has a constant temperature and does not drop with altitude. Pollutants build up near the surface. These pollutants are subject to chemical reactions and are prevented from reaching the upper atmosphere by the smog. The troposphere is subject to heat transfer by convection and advection.
The troposphere is where most of Earth's weather originates. It is also the most humid layer in the atmosphere. This layer contains 78% nitrogen, 21% oxygen and the rest of 1% trace gases. This layer almost entirely contains water vapor. Its content decreases as you increase altitude but it is most concentrated near the Earth's surface.

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This science game helps children practice different layers of the atmosphere. Gasses make up the layers of the atmosphere. As one increases in altitude, the pressure of air decreases. The temperature also drops. The Ozone layer is able to absorb ultraviolet radiation from sunlight. This article will cover the functions of these layers.

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This game will help children learn more about the seasons and changing weather conditions.

Weather and Vegetation Changes and Their Impact on Earth's Tilt
What is the cause of the changing seasons? Earth's 23-degree tilt is the biggest factor in our changing seasons. The imaginary line running through the middle, from the North to the South Pole, determines the tilt. Other factors such as distance from the Sun and Earth's position on the Earth play a smaller role. These factors will be covered in future articles. Let's now look at the main factors that influence our changing seasons. This article will explain how weather changes and vegetation affect the Earth's tilt.

Earth's tilt affects seasons
The tilt of the Earth's orbit is responsible for the seasons we experience. The tilt of our axis looks like a line running through the middle of the Earth. This tilt alters the angle between the Earth's surface, and the Sun's radiations. The brighter areas of the Earth will get more light, and the Earth's axis will tilt to the right. These variations in light availability will determine which season we experience.
The imaginary pole running through the middle is the axis of Earth. Every day, the Earth revolves around this pole, turning one turn per day. This rotation is what causes day and nights and eventually seasons. The Earth was in a state of flux during its early years. This tilt has returned to its original position over the past few million years.

Activities that are associated with each season
Seasons are natural phenomena that indicate when certain activities or processes are possible. They can also be linked to specific weather patterns and natural phenomena. The hurricane season is when tropical storms are most likely, and hunting season is when wild animals can be hunted. The term monsoon is used to describe winds blowing during monsoon. It is associated with the rainy seasons in South Asia, and the Indian Ocean.
The seasons can be used by children to teach them about time. Children may find the concept of time difficult to grasp at first. However, they will be able to understand it through everyday activities and the seasons. Children can also learn about the meaning of each season and the activities that go with it. One simple activity that focuses only on the seasons is a memory-game where children have to identify objects associated with each season.

Changes in the vegetation
There are many factors that affect the length and nature of the vegetation's seasonal changes. Temperature and day length are important factors in temperate areas, while rainfall events play an even greater role in drier locations. Rainfall events are predictable and so vegetation growth is coordinated with the monsoon. Not only are changes visible in the vegetation, but subtle ones can also occur. These are just a few of the many factors that affect the vegetation in the changing seasons.
Climate is influenced by vegetation. It influences the earth's albedo and the amount water vapor and carbon dioxide in its atmosphere. Humans can alter the earth's vegetation and affect its climate and weather. All plants are considered vegetation. All plants, regardless of whether they are trees, shrubs or grasses play an important part in the earth's water cycle and energy balance.

The Changing Seasons Science Game is an exciting way for children to learn about the different seasons and the changes in weather that come with them. The game is designed to make learning about the seasons fun and interactive.

Children will be presented with different weather conditions such as rain, snow, and sunshine, and they will have to match them to the corresponding season. They will also learn about the different characteristics of each season, such as the longer days and shorter nights in summer, and the shorter days and longer nights in winter.

The game also teaches children about the reasons behind the changing seasons, such as the tilt of the Earth's axis and its orbit around the sun. It also helps them understand the different cycles that occur during each season, such as the blooming of flowers in spring and the migration of birds in fall.

Playing this game will help children develop their scientific knowledge and critical thinking skills, as they learn about the natural phenomena that occur around them. They will also develop their observation and analytical skills as they match different weather conditions to the corresponding season.

Overall, the Changing Seasons Science Game is a great way to introduce children to the wonders of science and the natural world around them.

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This game will help children learn more about the seasons and changing weather conditions. Weather and Vegetation Changes and Their Impact on Earth's Tilt.

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Different types of clouds and how to recognize them - Science Game

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This science game helps children practice different type of clouds .A cloud is a visible collection of liquid droplets, crystals frozen in time, and other particles suspended in space. Droplets can be made of water or other liquids, while crystals could contain various chemicals.

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Engage and assess your students in every lesson!