Using Jupiter's axial tilt, explain why its rings are harder to ...

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Using Jupiter's axial tilt, explain why its rings are harder to observe from Earth than even the dark rings of Uranus.
 
  What will be an ideal response?

Question 2

The continuing rise of carbon dioxide concentration in our troposphere is leading to worldwide cooling as dry ice forms at the poles.
 
  Indicate whether the statement is true or false

[Qarqy]

Answer to Question 1

Like Saturn, the rings of Uranus can appear at a variety of tilts. But Jupiter has only a 5 degree axial tilt, so its rings are seen almost edge-on all the time.

Answer to Question 2

FALSE

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TYSM

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