Can planetoids repair complete fractures?

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In summary, the frequency at which a planetoid's gravity maintains its spheroidal integrity or repairs a complete fracture depends on its size and the presence of rubble or other factors. Tidal forces may eventually fuse the fractures, but in the meantime, gravity plays a crucial role in holding the broken pieces together. The ultimate outcome depends on the momentum and kinetic energy of the fragmented parts and whether they remain gravitationally bound.
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Loren Booda
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If a planetoid undergoes a complete fracture between substantial portions of its mass, how often will gravity maintain its spheroidal integrity, and how often repair the break?
 
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Rubble may often slide downhill and fill the fractures, hiding them. It also depends on what size planetoid. The irregular shaped ones probably won't do much beyond a cloak of rubble. The larger ones will treat such a feature as a mountain or cliff too steep to not erode back into a sphere.

Just my guesses...
 
  • #3
I was thinking that tidal forces might eventually fuse as well as create the fractures, but in the meantime many of these solid planetoids actually suffer potentially catastrophic cracks held together by gravity.
 
  • #4
Hey! the planetoids in your avatar have fractures in them!
 
  • #5
They're actually bell-shaped, but I appreciate the comparison. Seismic ringing? :wink:
 
  • #6
Loren Booda said:
If a planetoid undergoes a complete fracture between substantial portions of its mass, how often will gravity maintain its spheroidal integrity, and how often repair the break?


If it remains gravitationally bound, the fracture, will over time (assuming geologic processess) go away. It depends on the momentum and kinetic energy of the parts after fissure. The key is whether the two pieces remain gravitationally bound.
 

FAQ: Can planetoids repair complete fractures?

1. Can planetoids naturally repair complete fractures?

No, planetoids do not have the ability to naturally repair complete fractures. Unlike living organisms, they do not have cells or tissues that can regenerate damaged parts.

2. Is it possible for humans to help planetoids repair complete fractures?

Currently, there is no technology or method that allows humans to repair complete fractures on planetoids. However, scientists are researching and experimenting with different methods that may one day make it possible.

3. How do complete fractures occur on planetoids?

Complete fractures on planetoids can occur due to a variety of factors, such as impact from space debris, volcanic activity, or gravitational forces from other celestial bodies. The specific cause may vary depending on the composition and history of the planetoid.

4. Are there any known examples of planetoids repairing complete fractures?

As of now, there are no known examples of planetoids repairing complete fractures. However, there have been cases where smaller fractures or cracks on planetoids have been observed to heal over time, but this is not the same as repairing a complete fracture.

5. How could repairing complete fractures on planetoids benefit us?

If scientists are able to develop technology that allows for repairing complete fractures on planetoids, it could have significant benefits for space exploration. This could potentially allow for the colonization of planetoids and the utilization of their resources for human needs.

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