The largest Jovian moons have sizes comparable to Mercury. Why do they have an icy composition compared to Mercury's rocky composition? They are captured icy comets. The ice comes from comet tails. The Jovian planets and their moons formed beyond the frost line, where ices were more abundant than metals and rock. They are the result of asteroid impacts on the Jovian planets.

icon
Related questions
Question

For the following questions, THERE IS NO NEED FOR EXPLANATION. PLEASE PROVIDE JUST THE ANSWER THANK YOU. Please DO NOT waste time on writing things to explain. Please answer in 30 mintues or else I will write a bad review. If you follow my rules and answer in less than 30 mintues then I will write a very long and wonderful review about you. ANSWER the questions correlty and please answer all the questions with what it regards in saying exactly. 

Ive read the guide lines and honor code that i can have up to Submit only one question at a time under the appropriate subject. A question can have up to 3 subparts (i.e. part a, b, and c). If you dont belive me here is the link of barthleby saying exactly that thanks: https://bartleby.zendesk.com/hc/en-us/articles/360017462394-How-can-I-ensure-my-questions-get-answered-as-quickly-as-possible-

The largest Jovian moons have sizes comparable to Mercury. Why do they have an
icy composition compared to Mercury's rocky composition?
They are captured icy comets.
The ice comes from comet tails.
The Jovian planets and their moons formed beyond the frost line, where ices
were more abundant than metals and rock.
They are the result of asteroid impacts on the Jovian planets.
Transcribed Image Text:The largest Jovian moons have sizes comparable to Mercury. Why do they have an icy composition compared to Mercury's rocky composition? They are captured icy comets. The ice comes from comet tails. The Jovian planets and their moons formed beyond the frost line, where ices were more abundant than metals and rock. They are the result of asteroid impacts on the Jovian planets.
You are somewhere in the solar system. It's much colder than Earth, and you are
airborne in the planet's atmosphere, with blue skies around you. And while you can
tell that your planet is rotating fairly rapidly, it is remaining daylight at all times,
indicating a very large axis tilt (much larger than Earth's). Where are you?
Uranus
Saturn
Jupiter
Mars
Transcribed Image Text:You are somewhere in the solar system. It's much colder than Earth, and you are airborne in the planet's atmosphere, with blue skies around you. And while you can tell that your planet is rotating fairly rapidly, it is remaining daylight at all times, indicating a very large axis tilt (much larger than Earth's). Where are you? Uranus Saturn Jupiter Mars
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps

Blurred answer
Similar questions