Physical forces of a space collision

AI Thread Summary
A collision between a metal spaceship and a cold, atmosphere-less asteroid or moon would generate significant heat due to the kinetic energy involved. The lack of atmosphere means that energy cannot dissipate as sound, leading to increased temperatures from the impact. The potential for the spaceship to melt or fuse with the asteroid depends on the size and velocity of the ship. Friction during the collision could contribute to this heating effect. Overall, the physical forces at play could result in the ship experiencing severe thermal damage.
ElNarin
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Hello everybody!

I've a question concerning the physical forces that would occur when a huge object (let's say a metal space ship) collides with an asteroid or a small moon (cold and without atmosphere). Is there any chance that the friction that would occur could melt the ship? Or would the space temperature cool it down?

Thanks!
 
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What is the difference between energy and force?
Maybe a stupid question, but the reason I held
 
Well I've to confess that I'm not so sure. I'd say the force is the acceleration of the object (the kinetic energy).
 
Obviously, the amount of energy released is going to be dependent on the size of the ship and it's velocity with respect to the asteroid or moon, but yes, heat will be a large factor in the collision. With no atmosphere to carry energy away as sound, most of the energy will go into heating up both the material of the ship and the moon/asteroid. So, if the ship is large enough or going fast enough, it is possible that the ship would melt and literally fuse into the asteroid.
 
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