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In a storm, liquids and gases circulate due to the difference in temperature and pressure within the storm system. Warm air rises, creating low pressure at the surface, while cooler air sinks, leading to high pressure. This pressure difference causes the fluids to circulate in a spiral pattern, which is characteristic of storms such as hurricanes and tornadoes.
The circulation of gases in the Sun, along with its rotation, creates magnetic fields. These magnetic fields are responsible for various phenomena such as sunspots, solar flares, and the solar wind.
The outer edge of the Sun's fiery gases is called the chromosphere. It lies above the photosphere and below the corona, and it is characterized by its reddish color, which becomes visible during solar eclipses. The chromosphere is where solar phenomena like spicules and solar flares occur.
what is the shape of the sun? the shape of the sun is a 3d shape and it is a sphere.
no - they're planets. Suns are stars.
Chemical reactions
Hydrogen and helium. Mostly hydrogen.
The zone of the sun where gases circulate is called the convection zone. In this layer, hot gases near the sun's core rise to the surface while cooler gases sink back down in a cycle, transferring heat towards the outer layers of the sun.
Hydrogen (H) and Helium (He)
Heat generated at the core.
gases in the atmosphere trap the suns warmth
harmful gases concentrating the suns ray
Because the mantle and lithosphere have gases or liquids that circulate
The gases around the planet traps the suns heat and energy in the atmosphere
Your blood vessels circulate blood, gases (E.G., oxygen), and nutrients to tissues throughout your body.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.