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The atmosphere of Saturn (mostly hydrogen) increases in density, reaching a liquid, and finally a solid phase near the rocky planetary core (which cannot be directly observed). The atmosphere is very cold in the upper clouds, but the temperature increases sharply with increasing depth, reaching nearly 11,700° C at its deepest point.
Saturn's core is primarily composed of rock and ice, including elements like iron, nickel, and silicon. The surface of Saturn is covered by a thick layer of gas, mostly hydrogen and helium, with traces of other gases like methane and ammonia.
Astronomers think there is a relatively small rocky core that contains all the heavier elements at the core of Saturn. Do keep in my mind that these are theories and not proven facts.
Hope this helps :)
About 94% hydrogen and 4% helium with some traces of methane, and ammoniaSaturn is 96.3% hydrogen and 3.7% helium and trace gases.
simple molecules such as hydrogen and helium. also ice of methane, ammonia, and water.
you must measure the height and weight then you will get your answer
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What is the core and surface composition of Mars?
The core of Mars is primarily composed of iron and nickel. The surface composition is mostly made up of iron oxide, giving Mars its reddish appearance. Additionally, the surface also contains various minerals like olivine and basalt.
What is the surface composition of the inner planets?
The inner planets are primarily composed of rock and metal. Mercury is made up mostly of metal and rock, Venus has a thick rocky crust, Earth has a diverse composition with a metallic core, rocky mantle, and solid surface, while Mars has a rocky surface with iron-rich soil.
What is the composition of the inner planets?
core
Why did astronauts drill holes in the moon?
Astronauts did not drill holes in the moon. However, spacecraft and probes have been sent to the moon to study its surface and subsurface by drilling and collecting samples. This research helps scientists understand the moon's composition and history.
How big is the core of mars?
The core of Mars is estimated to be about 1,800 miles (2,890 kilometers) in diameter. Its composition is thought to be a mixture of iron, sulfur, and nickel. This core is smaller than Earth's core, which is about 2,160 miles (3,474 kilometers) in diameter.
Can you land on Saturns core?
No, it is a gas giant.
Describe the core and surface composition of Venus?
The Venus has a huge amounts of volcanoes!
How hot is the planet Saturns core?
11,700 C
What is there to know about saturns surface?
It has no land.
Which changes occur in the composition of the earths layers from the surface to the core?
material is hotter and denser
Which changes occur in the composition of the earth's layers from the surface to the core?
From the surface to the core of the Earth, the composition changes from a crust of solid rocks to the mantle made up of solid and molten rock, and then to the outer and inner core composed of mostly iron and nickel. The density and temperature also increase as you move towards the core.
What is the core and surface composition of Mars?
The core of Mars is primarily composed of iron and nickel. The surface composition is mostly made up of iron oxide, giving Mars its reddish appearance. Additionally, the surface also contains various minerals like olivine and basalt.
What is Saturns' atmosphere composition?
It is a gassy planet like Jupiter, Uranus, and Neptune
Saturns surface pressure?
About 0.5-2 bar.
What makes a bowling ball aggressive?
The cover stock composition, the surface texture and the configuration of the weight in the core.
What is saturns core compositions and surface compositions?
Saturn's core is composed mainly of rock and metals, with a smaller amount of hydrogen and helium. The surface of Saturn is primarily made up of hydrogen and helium, along with trace amounts of methane and ammonia. The planet's atmosphere is thick and consists of layers of clouds made up of different compounds.
What seismic wave refracts and cannot penetrate the core?
Surface waves such as Love waves and Rayleigh waves refract when they encounter the core beneath the Earth's surface. These waves cannot penetrate the core due to the difference in density and composition between the core and the surrounding layers of the Earth.
