What is the Great Red Spot on Jupiter? - Deepstash
What is the Great Red Spot on Jupiter?

What is the Great Red Spot on Jupiter?

The Great Red Spot is a giant, spinning storm in Jupiter's atmosphere. It is like a hurricane on Earth, but it is much larger. Jupiter's Great Red Spot is more than twice the size of Earth! Winds inside this storm reach speeds of about 270 miles per hour. Nobody knows when the Great Red Spot first appeared on Jupiter, but it has been seen on Jupiter ever since people started looking through telescopes about 400 years ago.

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What is the Great Red Spot on Jupiter?

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What are The stripes Of color On Jupiter?

What are the stripes of color on Jupiter?

The stripes of color on Jupiter are called its bands. There are two types of bands on Jupiter. The light colored bands are called zones. These are regions where gas in Jupiter's atmosphere is rising upwards. The dark bands are called belts. These are regions where the gas in Jupiter's atmosphere is sinking downwards. The colors in the bands are caused by slight differences in their temperatures and their composition (what chemicals are in them). Bands that are next to each other have winds which move in opposite directions.

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What Keeps Our atmosphere Attached to Earth?

Earth's atmosphere is 78% nitrogen, 21% oxygen, 0.9% argon, and 0.03% carbon dioxide with very small percentages of other elements. Our atmosphere also contains water vapor. In addition, Earth's atmosphere contains traces of dust particles, pollen, plant grains and other solid particles.

The highest temperature ever recorded on Earth was 58 Celsius in the Libyan desert. The coldest temperature ever measured was -88 Celsius at Vostok Station in Antarctica.

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How are Black Holes Made?

Scientists think that black holes are created in places where matter gets extremely dense (where a huge amount of material is crammed into an extremely small space). This can happen in the centers of large galaxies or when a giant star collapses and shrinks during the final phases of its life. When matter gets so dense that light cannot escape from it, the region that it is in becomes a black hole.

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