What does it do?
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V
victorespinoza
Guest
Spatial Propellant.... VEEG-BOX-HOUSE-4
Very affectionately,
Victor Elias Espinoza Guedez
25 January 2014
Very affectionately,
Victor Elias Espinoza Guedez
25 January 2014
The same as the previous diagram.
What does that one do?
The same as this one, I know.
And what happened to Veeg House 3?
Eskimos would like them because they are round.
The would call them Veegloos.
The same as this one, I know.
And what happened to Veeg House 3?
Eskimos would like them because they are round.
The would call them Veegloos.
V
victorespinoza
Guest
I try to take the man to the planet Mars. And you?
That's great. But house fans in cardboard boxes won't do it. You can't really break Newton's laws of motion with stuff from Wal-Mart, even if you do fall over in your experiments.
V
victorespinoza
Guest
I know, I just want to make it smaller, to then enlarge it.
What I want to do is not easy, but I like to think is this.
V
victorespinoza
Guest
I did a study.
What is the field of fire of a candle?
RESULT:
I think it is something that is not matter.
BECAUSE:
Because if you enter water in a microwave the pressure increases. How can you enter more matter to the cold water pressure?
CONCLUSION:
The temperature stretch the field.
Very affectionately,
Víctor Elias Espinoza Guedez
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I continue with my study...
What is the field of fire of a candle?
ANSWER 2:
It is an invisible brightness.
BECAUSE:
1. A magnet has a field created by microscopic energy short circuit.
2. Water increases its field by a microscopically short of water with the energy of the waves of heat.
3. The fire has a microscopically short circuit of the energy that has the fire.
Very affectionately,
Víctor Elias Espinoza Guedez
What is the field of fire of a candle?
RESULT:
I think it is something that is not matter.
BECAUSE:
Because if you enter water in a microwave the pressure increases. How can you enter more matter to the cold water pressure?
CONCLUSION:
The temperature stretch the field.
Very affectionately,
Víctor Elias Espinoza Guedez
-------------------------------------------------------------------------------------------------------------------
I continue with my study...
What is the field of fire of a candle?
ANSWER 2:
It is an invisible brightness.
BECAUSE:
1. A magnet has a field created by microscopic energy short circuit.
2. Water increases its field by a microscopically short of water with the energy of the waves of heat.
3. The fire has a microscopically short circuit of the energy that has the fire.
Very affectionately,
Víctor Elias Espinoza Guedez
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Because it is no longer a liquid, it is a gas.
Gas pressure increases with temperature.
Gay Lussac's law:
http://en.wikipedia.org/wiki/Gay-Lussac's_Law
Now, you are not only denying Newton, you are denying Gay Lussac.
It's not so bad with Newton, because Newton did loads of things,
but this is all Gay Lussac has got.
Gas pressure increases with temperature.
Gay Lussac's law:
http://en.wikipedia.org/wiki/Gay-Lussac's_Law
Now, you are not only denying Newton, you are denying Gay Lussac.
It's not so bad with Newton, because Newton did loads of things,
but this is all Gay Lussac has got.
V
victorespinoza
Guest
If we place a bag full of water in a microwave.
Something converted from liquid to gas: how to penetrate to the inside of the plastic?
How do the microwaves penetrate it? Microwaves do not significantly interact with polymers - although microwaves at 2.4GHz interact significantly with water, thus heating it up.
How does the water penetrate it? Most polyethylene bags are somewhat permeable.
How does sunlight come through your window and warm your room?
Same thing.
Matter is mainly empty space.
The matter in the plastic bag does not react with the wavelength of the microwaves, so the rays pass straight through it.
The wavelength of microwaves is set so that they excite water molecules.
If you could see at that wavelength, water would be black.
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V
victorespinoza
Guest
Why waves inflate to the field of water?
I to increase in size to a globe, use air.
What they use in the fields? (Waves)
I didn't understand that question.
If you heat a Potassium salt, you get a purple flame, caused by excitation of electrons.
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If you heat a Potassium salt, you get a purple flame, caused by excitation of electrons.
Why do they propagate to the water? Due to far field propagation of EM waves. Maxwell's Equations explain the details.
Air does not absorb radiation very well. However, if you do want air to absorb radiation, then transmit at 60 GHz. At that frequency oxygen (O2) absorbs energy; the air will get warmer.
Here are the various wavelengths:
We are sensitive to the small coloured section,
because those are the wavelengths of photons emitted by excited atoms.
We are sensitive to the small coloured section,
because those are the wavelengths of photons emitted by excited atoms.
V
victorespinoza
Guest
I didn't understand that question.
If you heat a Potassium salt, you get a purple flame, caused by excitation of electrons.
I not understand what I want to say
he question is:
What inflates to a field of water?
I inflates a balloon with air.
In the video, what inflates the balloon? if it is sealed:
[video=youtube;RgtXbCUkqn8]http://www.youtube.com/watch?v=RgtXbCUkqn8[/video]
V
victorespinoza
Guest
Here are the various wavelengths:
We are sensitive to the small coloured section,
because those are the wavelengths of photons emitted by excited atoms.
Those waves, according to my studies, not are of the photon.
A photon when you look at it burning you eyes, as when you look at a light bulb or the Sun
For me, according to my analysis: the brightness of a color emits a wave that does not burn the eyes.
So what, there are two waves (for mis conclusions of my analysis)
1.- A when you look at the Sun,
2.- And another when you look at the color of a wall.
But no one believes me.
V
victorespinoza
Guest
His text, does not answer the question.
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