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originally posted by: Hijinx
a reply to: AnarchoCapitalist
Because a lobed object is necessary to prove the EU theory, how ever the EU theory is not necessary to explain a lobed object.
There are a number of reasons these objects could become shaped this way. If the EU theory was correct, all the objects would be shaped this way and this is simply not true.
originally posted by: AnarchoCapitalist
originally posted by: Hijinx
a reply to: AnarchoCapitalist
Because a lobed object is necessary to prove the EU theory, how ever the EU theory is not necessary to explain a lobed object.
There are a number of reasons these objects could become shaped this way. If the EU theory was correct, all the objects would be shaped this way and this is simply not true.
Perhaps you glossed over the part where I said round objects were also produced.
The two most common shapes were round and lobed objects, which happen to be the two most common comet shapes.
Comets pick up negative charge when far from the sun (not stated how this happens), as they move into sun's positively charged environment (not stated why it is charged as such)
originally posted by: BGTM90
Comets pick up negative charge when far from the sun (not stated how this happens), as they move into sun's positively charged environment (not stated why it is charged as such)
Now I know why they would not elaborate on the mechanism in which a comet acquires a negative charge or the charge related to the sun. It's not in the video!
originally posted by: cmdrkeenkid
a reply to: AnarchoCapitalist
That isn't what the video says. It just says that the outer reaches of the solar system are negatively charged, while the inner reaches are positively charged. It does not give an explanation of how or why this is the case. No mention of surface charge.
I posted a very thorough outline of the video before. I suggest reading through it, because it seems you haven't watched it yourself.
originally posted by: cmdrkeenkid
a reply to: AnarchoCapitalist
What can you tell someone who knows everything? Nothing.
I'm out.
Good luck everyone else who has the moxie to stick this one through.
originally posted by: AnarchoCapitalist
originally posted by: cmdrkeenkid
a reply to: AnarchoCapitalist
What can you tell someone who knows everything? Nothing.
I'm out.
Good luck everyone else who has the moxie to stick this one through.
LOL
I don't know everything, but I do know the dirty snowball model of comets is a joke.
originally posted by: eriktheawful
You don't even know that scientist do NOT call comets "dirty snowballs"
When this comet passed near the Sun in early 1986, it was a bright, naked-eye object with a spectacular tail. Now, 5 years later, it has moved more than 2140 million kilometres away from the Sun and the sunlight reflected from the 15-kilometre "dirty snowball" nucleus has become so faint that it can hardly be seen, even with large, modern telescopes.
Your ignorance is the joke here.
No wonder you come off as someone that has no idea what it is they are talking about.
originally posted by: eriktheawful
Let's see it in some published scientific journals over the last few decades.....
In order to compute the expected cosmogenic isotope production on a comet, we make assumptions about its composition, which varies greatly depending on the origin and history of the comet. The comet nucleus (often called a “dirty snowball” or “icy dust ball” depending upon composition) contains rock, frozen gases, and a large amount of water ice combined with ices of other volatiles. The densities of most short-period comet nuclei vary from 0.3 to 0.6 g/cm3 (Britt et al. 2006), whereas the density of long-period comets are probably lower, but largely unknown due to limited measurement opportunities.
By the way, looking at this excellent photo, it's even clearer to me that I'm not looking at a solid rocky body.