Shortstack said:
lamar said:
Dear Shortstack;
You wrote:
Mr. lamar, you are STILL ignoring the fact that any glob of material knocked off during ANY stage of the earth's formation would have kept going out into space. It would NOT have stopped it's flight and gone into a near circular orbit around the parent object
OK, my friend, I'll play along with this for a bit. I do have one question though. If that theory were true, then why does Saturn, Jupiter, Neptune and Uranus all have planetary rings which are locked into orbits about their respective bodies? Hmmmm....
Also, it's been theorized that the Earth once sustained planetary rings as well. It's actually fascinating to think that Earth's planetary rings may have been responsible for the various ice ages.
Your friend;
LAMAR
Oh, Mr. lamar, you have certainly opened up a large can of worms for you old-earthers.
Let's drop back a little bit and look at the Helium 3 situation. H3 is so rare on earth that it actually has to be manufactured in a laboratory......at great expense. NASA has opined that one shuttle load of H3 brought back from the moon would provide enough energy to supply the entire U.S. for a year or more. Now, why would they think that a viable idea if the H3 concentration on the moon is only 1 part per million? Even the NASA leaders aren't THAT ignor-ant.
I am so happy you have brought up the subject of the solar system and our family of other planets.
There are planetary scientists who theorize the the planets formed when "something" formed a spot of gravitational force that attracted dust and rock particles into clumps that eventually became planets. This happened at least 8 times (9 if you count Pluto). The problem is, they have ignored the thermal forces that would have been acting AGAINST these gravitational forces and would have been powerful enough to have PREVENTED the planets formation. After all, when matter is compressed, there is an internal warmth that can be felt and measured. That's how pressure cookers work. Increase in internal pressure of the cooker, increases the internal temps and equals faster cook times. Those "old-earther" scientists totally ignore the counter forces involved in their fantasies.
You mentioned the rings of Saturn. Question: Why do the rings exist at right angles to the lines of magnetic forces exuded by that very large planet? After all, most of us have played with iron filings on a piece of paper with a bar magnet underneath so we could see the magnet's lines of force.
Each planet has the right speed for its distance from the sun to maintain a roughly circular orbit (put Pluto swings inside Neptune's orbit).
Supposedly, the sun began as a gas giant that decided to get heartburn and came alive by nuclear fusion. Why didn't the two other gas giants? You know, the one called Jupiter and the other called Saturn? As a matter of fact, the nine planets in our solar system have widely DIFFERENT compositions. Heck, even the different MOONS in this solar system have different compositions. WHY


Didn't they all condense from the same large dust cloud you old-earthers believe in?
Venus is slowly spinning in the
opposite direction to its rotation around thesun, while Uranus' axis of spin is almost "horizontal" to it's orbital track.
Of the 33 major moons circling the planets, 11 of them rotate in the
opposite direction to the planet's rotation around the sun. Jupiter and Saturn have moons going in
both directions. All of these moons orbit their "mother" planet on the same basic plane, except for one. I can't remember it's name, but it orbits Jupiter. We are told that the great gravitational tidal forces acting on one of Saturn's moons is the reason that it is so volcanically active. And in the next sentence Saturn's
frozen moon is somehow exempted from those forces.
If our solar system is truly
billions of years old, why haven't those clumps of icy rocks around Saturn been sucked to the planet's surface.
Did you catch that little news burp late last year that the scientists now believe that our sun isn't as old as originally figured? Now they are saying that it is in the
early phase of it's existence.
Dear Shortstack;
I would like to refute your claims one at a time if this allright with you, my friend. First, I will tackle the H-3 debate I think. A lot has been researched and studied on th esubject of H-3 existing on the Lunar surface. In fact, all major scientific journals write about it quite frequently. I suppose that I could use NASAs' website, or Cal-Techs' or any other reputable source, but I am being lazy tonight and I will use Wiki. It's all pretty much the same stuff anyway. No single group has made any Earth-shattering discoveries about H-3 on the moon in a while, so here we go:
The Moon's surface contains helium-3 at concentrations on the order of 0.01 ppm.[37][38] A number of people, starting with Gerald Kulcinski in 1986,[39] have proposed to explore the moon, mine lunar regolith and use the helium-3 for fusion. Because of the low concentrations of helium-3, any mining equipment would need to process extremely large amounts of regolith (over 100 million tons of regolith to obtain one ton of helium 3),[40] and some proposals have suggested that helium-3 extraction be piggybacked onto a larger mining and development operation.[citation needed]
The primary objective of Indian Space Research Organization's first lunar probe called Chandrayaan-I, launched on October 22, 2008, was reported in some sources to be mapping the Moon's surface for helium-3-containing minerals.[41] However, this is debatable; no such objective is mentioned in the project's official list of goals, while at the same time, many of its scientific payloads have noted helium-3-related applications.[42][43]
Cosmochemist and geochemist Ouyang Ziyuan from the Chinese Academy of Sciences who is now in charge of the Chinese Lunar Exploration Program has already stated on many occasions that one of the main goals of the program would be the mining of helium-3, from which operation "each year three space shuttle missions could bring enough fuel for all human beings across the world."[44] which is an extreme understatement however, as one payload to GTO of current spacecraft designs is less than 4 tonnes. To "bring enough fuel for all human beings across the world"[25], more than one Space Shuttle load (and the processing of 4 million tons of regolith) per week would be necessary.
In January 2006, the Russian space company RKK Energiya announced that it considers lunar helium-3 a potential economic resource to be mined by 2020,[45] if funding can be found.[46][47]
Mining gas giants for helium-3 has also been proposed.[48] The British Interplanetary Society's hypothetical Project Daedalus interstellar probe design was fueled by helium-3 mines in the atmosphere of Jupiter, for example. Jupiter's high gravity makes this a less energetically favorable operation than extracting helium-3 from the other gas giants of the solar system, however.
And there you have it, my friend. Please note that this information is very much like on other websites and scientific journals, therefore it doesn't matter much where the reference comes from. In fact, I could copy quotes directly from the World Book Encyclopedia and they would mirror what was already quoted, therefore to do so would be redundant, in my humble opinion.
Moving right along, you stated:
Supposedly, the sun began as a gas giant that decided to get heartburn and came alive by nuclear fusion. Why didn't the two other gas giants? You know, the one called Jupiter and the other called Saturn? As a matter of fact, the nine planets in our solar system have widely DIFFERENT compositions. Heck, even the different MOONS in this solar system have different compositions. WHY
Didn't they all condense from the same large dust cloud you old-earthers believe in?
To answer this, the reason why the Sun is different from Jupiter and Saturn is because the Sun is wholly comprised of gases, which is around 75% hydrogen with most of the rest being helium. Also, there exists trace elements (less than 2% total)of carbon, neon, oxygen and other light elements.
Jupiter and Saturn on the other hand, while they are called *gas giants* have well defined solid cores. They must have solid cores if they have a magnetic field my friend. Gases do not make good magnets. Every time you see the Sun, what you are really seeing is a highly sophisicated, all natural, FREE nuclear fusion generator. That's right, nuclear fusion is achieved from the hydrogen nuclei into helium.
None of the planets are able to do this because they all have solid cores, my friend.
Next up is your statement:
You mentioned the rings of Saturn. Question: Why do the rings exist at right angles to the lines of magnetic forces exuded by that very large planet? After all, most of us have played with iron filings on a piece of paper with a bar magnet underneath so we could see the magnet's lines of force.
Because the debris field is not attracted to the planet's magnetic field, rather the debris field is attracted to the planet's GRAVITATIONAL field, which is a very different, and much stronger, force than a magnetic field. Remembering that mass attracts mass, the debris fields are concentrated along the planet's equators, which is where the strongest gravitational attraction exists.
Continuing onwards;
The problem is, they have ignored the thermal forces that would have been acting AGAINST these gravitational forces and would have been powerful enough to have PREVENTED the planets formation. After all, when matter is compressed, there is an internal warmth that can be felt and measured. That's how pressure cookers work. Increase in internal pressure of the cooker, increases the internal temps and equals faster cook times. Those "old-earther" scientists totally ignore the counter forces involved in their fantasies.
No, to the best of my knowledge, nobdy is ignoring anything. The reason why thermal forces did not preclude the formation of the planets is because before the planets were formed, no thermal forces existed. First, cosmic dust and gases were attracted to our forming Suns' gravitational field. Remember with gravity, mass attracts mass and so the dust and gas particles started to clump together. Then the dust and gases started orbiting around the Sun. After a period of time, these fields of gas and dust started to turn into huge oblong discs of gaseous and solid particles.
As the gravity from each particle attracted it's neighbors, these discs began to slowly compress. As the planets became more defined in structure, the gravity increased and also the internal pressure increased. Eventually well defined structures appeared and because of the internal pressures, friction produced heat.
This heat is plainly evident when viewing all of the molten rocks and also when studying active volcanoes. The pressures were so intense that rock literally melted, thus helping to shape and solidify the planets. Once our planet reached a semi-spherical shape, the heat was so intense that most scientists imagine the surface to have been a dull glowing red color, however the thermal forces are not enough to overcome the pressure of the gravitational field.
To exemplify, our planet has a core comprised of solid nickel/iron. Granted, the center of the Earth is so incredibly hot that the nickel/iron core SHOULD be in a molten state, yet the pressure exerted upon the core through gravity is so intense that the core cannot attain a liquid state, therefore it remains as a white-hot solid.
The fallacy with your pressure cooker scenario is that you did not include an outside pressure, or a gravitational force, as it were. Imagine a pressure cooker slowly beaing heated, with no pressure relief valve, yet while the pressure on the inside of the cooker was increasing, so was the pressure on the OUTSIDE of the cooker. Now you have a scenario in which the cooker will never explode my friend, as it's state of equalibrium will always be zero.
The same gravitational force which formed our planets also is the same force which prevents a thermal explosion from occurring.
Next up:
If our solar system is truly billions of years old, why haven't those clumps of icy rocks around Saturn been sucked to the planet's surface.
Who said they haven't been sucked to the planet's surface, my friend. EVENTUALLY all of the debris orbiting Saturn will finally succomb to Saturns' gravitational field and be sucked into the planet's atomosphere, while at the same time, Saturns' immense gravitational field will be attracting new debris. It's a continual cycle my friend.
Next:
Did you catch that little news burp late last year that the scientists now believe that our sun isn't as old as originally figured? Now they are saying that it is in the early phase of it's existence.
No, this is not quite correct my friend. Scientists are now theorizing that the Sun has yet to reach it's peak energy producing phase. Previously it was theorized that the Sun had already reached maximum energy output and it was producing the maximum amount of life sustaining energy, yet know they feel that the Sun is still in it's early stages and has not yet reached maturity.
This does NOT state that the Sun is older than previously thought though. The Sun is still 4.57 billion years old and that is unlikely to be changed in the immediate future.
Your friend;
LAMAR