uge 10. the 2.300 amp knocking on the stump, in a 10 meter standard un-shielded household wire from the relay - whether or not the loads are on at the switch - will result in a tesla at 1-2000 the ht.
- jacob sejersgaard-jacobsen
- 5 days ago
- 2 min read
Updated: 2 days ago
jeg har lidt travlt med, at forberede et møde med viceværten fra den almennyttige boligforening,
for de 360 boliger, som jeg har lejet mig ind i en af, men står vel bedre end tom&jerrys bulldog,
til morgendagens forhandlinger om reduktion af emf, siden stærk-strøms-bekendtgørelsen stiller krav om potential udligning, af alle beboelses-ejendomme - om de nu er private eller offentlige.
jeg skal derfor ikke forstyrre hverken jeres eller min arbejdsgang, med andet end et lov-foreslag,
og medens specialisterne på området overvejer forslaget - vil alle vore first movers sætte igang.
. . .

. . .
gearing up for a 5 year stint refurbishing at baffin bay, while you sloth away the convenience -
i already identified a second lietenant from me home turf, who never did nothing but the job.
my best man from the uk needs to gear up, and find a most trusted mate to cover his back,
and when we return - it's the london shard, strip tease, forever baby, stirred not shaken -
in a brand new aston martin, a maserati, and electric velociped. vrôm, vrôm & tjuk tjuk.
mvh;
dlh & relab energy.
. . .
pst; there is a mistake in the above assumption about the i in the knocking on the stump wire,
compared to i open load - which constitutes a reasonable introduction to complex analysis.
what is the i knocking on the stump, when the switch to the 10 mega ohm lamp is closed,
compared with the amp in the wire to the bottom, when the switch to the lamp is open,
compared with the 23 micro amp that makes the thread glow - and the amp return?
since phillips is selling the exact same design to the us, just with a 5 mega ohm r,
why dont we change the entire lighting system, to 24 volt ln, at 1 mega ohm?
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