If radiowaves are reflected from objects (i.e planets)....

In summary, the conversation discusses the limitations and potential obstacles in imaging the subsurface of planets, particularly the moon. It is mentioned that satellite imaging would be easier, but there may be challenges with using Earth-based observation. The discussion concludes by directing the individual to a previous thread where they were given answers to their questions.
  • #1
Noduagga
24
1
...and they can penetrate a bit in the surface, we could image the subsurface right? I do not see the problem...
Help please!
 
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  • #2
If they have already reflected off the surface, they aren't around any more to be reflected by something beneath the surface.
 
  • #3
Subsurface imaging of the moon has been done rather extensively.
 
  • #4
Imaging with a satellite would be relatively easy but there must be enormous problems using Earth based observation.
 

Related to If radiowaves are reflected from objects (i.e planets)....

1. How do radiowaves get reflected from objects such as planets?

Radiowaves are electromagnetic waves that can travel through space. When these waves encounter an object, such as a planet, they can be reflected off of its surface. This is similar to how light is reflected off of a mirror.

2. What happens to radiowaves after they are reflected?

After radiowaves are reflected off of an object, they continue to travel through space until they encounter another object or are absorbed by the atmosphere.

3. Can we use reflected radiowaves to study planets?

Yes, scientists often use reflected radiowaves to study planets and other celestial objects. By analyzing the reflected waves, we can gather information about the composition and surface features of the planet.

4. Do all objects reflect radiowaves?

No, not all objects reflect radiowaves. Objects that have a smooth and solid surface, such as planets, are more likely to reflect radiowaves than objects with rough or porous surfaces.

5. Are there any other ways that radiowaves interact with objects in space?

Yes, radiowaves can also be absorbed or diffracted by objects in space. Absorption occurs when the radiowaves are absorbed by the material of the object, while diffraction is the bending of radiowaves around an object.

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