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What is a planet called if it has a deep and massive atmosphere?
A planet with a deep and massive atmosphere is typically referred to as a gas giant. Gas giants are composed mainly of elements such as hydrogen and helium and have thick atmospheres that can extend for thousands of kilometers. Jupiter and Saturn are examples of gas giants in our solar system.
A planet that has a deep massive atmosphere is called?
A planet with a deep, massive atmosphere is typically referred to as a gas giant. Gas giants like Jupiter and Saturn are characterized by their thick atmospheres primarily composed of hydrogen and helium, with smaller amounts of other gases. These planets lack a solid surface and have extensive layers of gas envelope.
What insulates our earth from the deep cold of space?
Our atmosphere helps keep our planet insulated. It helps to trap heat on the surface instead of allowing it to be completely reflected back into space.
What planet has a deep massive atmosphere?
Many planets have an atmosphere that is poisonous, at least for us. All the gas giants, for a start. Mercury has almost no atmosphere. This would not exactly be poisonous, but it isn't exactly health, either... You would still need to keep your spacesuit on, if you venture outside the ship. Venus is also toxic for us - and, it is extremely hot. Mars' atmosphere isn't fit for humans, either.
What colour are Neptunes clouds?
Neptune's clouds are predominantly a deep blue color due to the presence of methane in its atmosphere. The methane absorbs red light, giving the planet its distinct blue hue.
What is a large planet with a deep massive atmosphere called?
A "Gas Giant" planet.
How does the composition of earth atmosphere differ from the composition of the atmosphere of the gas giant planet?
The Gas Giants have a deep gas atmosphere and earth have a not so deep atmosphere
What is A large planet with a deep massive atmosphere is called a?
That is commonly called a gas giant.
Why is it more likely that a terrestial planet not a gas giant planet could support human life?
Because the gas giants have enormous atmospheres and what we see is the top of the dense cloudy atmosphere, which people cannot stand on. Beneath that the rock surface is so deep down that the atmospheric pressure would crush any machine.
What is a planet called if it has a deep and massive atmosphere?
A planet with a deep and massive atmosphere is typically referred to as a gas giant. Gas giants are composed mainly of elements such as hydrogen and helium and have thick atmospheres that can extend for thousands of kilometers. Jupiter and Saturn are examples of gas giants in our solar system.
Which planet has the deepest valley?
Mars: The Valles Marineris is around 4 miles deep.
A planet that has a deep massive atmosphere is called?
A planet with a deep, massive atmosphere is typically referred to as a gas giant. Gas giants like Jupiter and Saturn are characterized by their thick atmospheres primarily composed of hydrogen and helium, with smaller amounts of other gases. These planets lack a solid surface and have extensive layers of gas envelope.
Does the sun rise on Saturn?
The planet has a deep, dense atmosphere of hydrogen and helium. Below the upper cloud layers, the Sun would not be visible.
Which planet has a diamond core?
Pulsar planet.
What planet is home to the solar systems largest and deepest canyon?
Mars is home to the largest and deepest canyon, it is about 2500 miles long and 4 miles deep.
What is the fastest wind speed on neptune?
The fastest wind speed on Neptune has been recorded to be around 1,300 miles per hour (2,100 kilometers per hour) in its upper atmosphere. These incredibly strong winds are driven by the intense heat generated deep within the planet.
What are especially important for exploring the deep atmosphere of a giant planet such as Jupiter?
To explore the deep atmosphere of a giant planet like Jupiter, instruments capable of detecting and analyzing gas composition, temperature, and pressure are essential. These could include sensors for measuring magnetic fields, spectroscopy devices to identify chemical elements, and probes to collect data from deep within the atmosphere. Additionally, designing instruments that can withstand high temperatures and pressures unique to these environments is crucial for successful exploration.
