Meteorite space rock resistor
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OK,here is the deal with this one. My friend who owns a farm ,found this large shinny rock while hoeing up a paddock. It was about the size of a football,and he broke a piece off for me to have. As there are no other rocks at all of any kind in his paddock,he seems to think it is a meteorite. Im not to sure on this one,but i havnt seen a rock that looks like this before. It's not magnetic,but it is conductive and resistive. But apon doing some tests,i found some interesting things,as you will see in the video. Since this video was taken,i have found some more interesting things about this space rock while sending a signal through it with my SG,and scoping around the rock.Watch for the next video-it gets very interesting.
Comments
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1) If it's not attracted to a magnet then it's not a meteorite.
2) If it's bright and shiny then it's not a meteorite (the outside would be cooked from entering the atmosphere at 30,000+ MPH.
and ,
3) Electrons actually flow from negative to positive, oddly enough. I know, it sounds strange, but it's true.
Sorry, I'm not trying to rain on your parade or anything.
Since it appears to be made of a single compound, maybe you could measure it's volume by putting it in a graduated cylinder with water in it to get it's volume, and measure it's weight. These two values and a little calculating would give you it's density. Then you could probably look it up. I bet that would get you a pretty definite answer. -
glimmer in norwegian...
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Did you look to see if it isn't iron pyrite
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I have a meteor who is interested is +212653368792
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It's a private property of Superman! Youcshouldn't mess with it.
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i dont think this is an meteorite dude
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I've got one that looks much like that, much larger , very light weight tho, feels like aluminum.
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Check out "ohms per square" measurement. Imagine an infinite number of resistors in a 3D grid the shape of the rock. All points measure equal resistance to everywhere else. ESD mats use this measurement. In the lower resistance model of the rock, all voltage drops across it from any point will be the same.
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It is sollution for free energy! Greate, thanks for film.
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nothing like dragging things out.
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What ever it is it's fantastic !
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galena
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hahaahah. happy forth of July. it look like the top of an old battery terminal lol but how is it able to put out voltage. obviously it full of magnesium. where did you get it from? the location? what makes you think it is a meteor? wow temperature 23.6 wow yeah . are you sure that is a meotorite? was there any more of it in the location where you found it?..you can find out what type of rock it is by taking it to a rock lab? lol.. or contacting Nasa space station and ask a geologist there and asking them?
from the reading in it though it could be a meteorite or just an old battery terminal? it interested that suck light the lights up? hahahaaha did you try lighting up your whole house with it.?lol if only that were possible. let me know when you find out what kind of rick it is okay thanks.have a great day. -
It's just a piece of ferrosilicium
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coolest thing ever can I have a necklace size peace :0
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You do know that the PIR temperature gun does not measure the temperature at the laser spot, right??? That's just used for distance aiming... not closeup. It's offset mechanically from the PIR sensor lenses, and aimed nearly parallel to the IR lenses... so that at normal useful distances, the laser spot approximates the area sensed by the PIR detector.
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Fantástico.....
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Got a Geiger counter?
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try to heat it up if it starts to smell like sulfur and melts its galena if it starts to go red and then melts its antimony if it doesnt melt its a meteorite
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It looks like Galena.
But the crystal structure is a little off... I think it is Galena none the less.
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