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Originally Posted by truedream
This force of nature has some different magnetic character so let us call this as magnetic force of nucleus. To understand this magnetic force, let us take gas atom. What is the source for force pressure in gas atom when compressed? Yes pressure in gas atom is resultant force of this nucleus magnetic force (like the force generated in two like bar magnet poles)
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Do you understand that even if there were no forces between the atoms in a gas, there would still be a pressure exerted on the walls of the container and that the pressure would increase as you squeezed it?
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Change of state; matter exists in three states; the water can be in the form of solid (atoms are tightly bonded) Liquid (atoms are loosely bonded) and gas (atoms are very loosely bonded). The change from one state to another can be brought about by application or withdrawal of heat. How this same atom bond indifferent levels with help of heat?
What is link in-between heat and atom (bonding)? Bonding is some thing related to attraction and repulsion force.
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You are assuming that the phase transitions between gases, liquids, and solids are driven by temperature dependent forces between the atoms. Is that correct?
In reality it is more due to the increase in the energy of the atoms that happens as the temperature increases. (Think about what happens when you increase the speed of an object in orbit around the earth. Eventually it will reach escape velocity and fly away without ever coming back.)
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Change of state in true science view
First primary character of atom is its magnetic force and mass is secondary character of atom, so we have one more medium in between atom and heat, it is magnetic force of atom. This magnetic force of atom is flexible and reacts with heat, pressure and gravity.
Some changes in this magnetic axis will result in the bonding in-between atom.
Magnetic axis of nucleus plays important role in change of state and is proposanal to heat.
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What do you mean by the "magnetic axis"? (I have asked you this before...)
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So let us imagine; the angle of magnetic axis of nucleus is at 0 degree (vertically) at 0 degree temperature, at this 0 degree all the magnetic force group together without resistance so atoms are tightly bonded (solid).
Like wise the angle of magnetic axis of nucleus is at 45 degree at 45 degree temperature, at this 45 degree all the magnetic force group together with resistance, so atoms are loosely bonded (liquid).
Like wise the angle of magnetic axis of nucleus is at 100 degree at 100 degree temperature, at this 100 degree all the magnetic force will not together because of very high resistance so atoms are very loosely bonded (gas).
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What temperature scale are you referring to, and how do you explain the process of sublimation, where a solid turns directly into a gas without passing through the liquid state? (Under normal conditions this is what happens to solid carbon, or "dry ice".)