we thought
[you]
nailed it.
Posted on 09/09/2020 7:38:28 AM PDT by ransomnote
Feel-good story - got to protect those Trump signs!
Important papers, birth certificates, insurance, driver's license, medications, computers, chargers, phone, jewelry, pictures.
Take pictures of everything in your house for insurance purposes, vital many fire victims say.
Clothes, bedding, pillows.
Money, take any money you may have. Credit cards too.
Be as calm as possible, make a plan for where to go, inform family.
Listen to local radio, they have the best information.
We will pray for you.
Glad to see our dinosaur still jumping! :^D
Deuteronomy 31:6
Be strong and of good courage, do not fear nor be afraid of them; for the Lord your God, He is the One who goes with you. He will not leave you nor forsake you.”
In !
It’s like deja-but all over again.
Still smoky here but got a bit of wind and clearer. Take care of yourself and you got 45 ;)
LOL- quite inadvertent.
my little waifu!
Yeah, saw some last night - methheads on skateboards. "Under investigation" often means arson. New fire yesterday on the divide - still small but potentially bad -
EDSO patrolling for arsonists locally.
NEW Q THREAD
SEPT. 9, 2020
START AT #1
In! transigent. Thanks to all who help set up these threads!
In < 77 Sunset Strip.
Skin effect occurs in any current-carrying conductor as explained at the link below (or in engineering texts in more detail), and this leads some to confuse their use as protection against static electricity discharges (like the Arc Attack video below) rather than the induced currents caused by the broadband damped sine pulse of EMP. The two are different phenomena but a Faraday cage offers protection against objects placed inside for essentially the same reason - induced currents will flow over the conductive surface and cannot induce potentially damaging impulses in objects inside. Since it is a conductor, and since the skin effect occurs in all conductors. these currents flow through charge carriers in the outer surface of the conductor, to a depth that is a function of the resistivity of the material, the frequency, and a couple of constants.
Skin depth, denoted by the symbol δ, is a measure of skin effect and is the depth at which the current density is 1/e of the current density at the surface of the conductor. For an example, at 1 GHz, skin depth in copper is only 0.000081 inches. This means that most of the current will flow in the outer 1/12 of the thickness of a piece of household aluminum foil (.081 out of .94 mils).
Factual link: https://interestingengineering.com/how-does-a-faraday-cage-work
Fun link showing a Faraday cage providing protection against static electric discharge from Tesla coils: https://www.youtube.com/watch?v=KuV4fL4Yqvw Note that skin effect provides a safe path around the performers skin!
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not Saudi Arabia? |
noobs: it's a lot… |
LOCK-DOWN is FRAUD |
FIRES by NASA |
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INDIA has a clue |
…that dog don't hunt… |
by Dan Scavino |
biden THICK with China |
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on Operation Legend 5m |
MAGAnificent! img |
by rally patriots |
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That’s what I was looking for, thanks.
So, surrounding the inside with a nonconductive liner is gilding the lily.
Now, I need to figure out how a car, whose outer surface is covered by multitudes of lacquer finish, carries the charge.
I know it does but lacquer is a nonconductive material and has only a frictional galvanic existence.
I’ll look it up on Wiki!
I’m in as usual. I didn’t even post my almost got kilt story in the got kilt slide. Hope you anti slide people
are proud of me.
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