Build
Nikola Tesla's
Death Ray using
ordinary radar
equipment, which
can mow down
1000s of people
&
take down
aircraft
(explained
clearly one
third
into this
video, and I am
guessing it
could destroy
armored vehicles
too):
Gas baloon
explosion to
severly burn
trooops on
higher ground:
http://www.youtube.com/watch?v=MUs9nSviqYc
Could be used to
cause mechanical
failures to
metal equipment,
such as guns
perhaps, when
tossed onto them:
Other chemistry
instructional videos found to the left youtube
videos´s user channel. More bomb and booby trap
videos are on the bottom of this page. You
should download all the videos from these
users´channels, and ebooks too, and then pass
them out on the street to the masses.
Learn how to build homemade rockets and rocket
propelled grenades at:
RebelsWanted.com/cancer.htm
Congratulations! you are ready to bravely goto God, but
how are you planning on seeing God? Walk onto your greatest path
ever & BL0W UP THE EL1TE$ AT THEIR NEXT MEETING!!!!
MUST READ FOR AMERICAN WEST-POINT UNIVERSITY
CADETS (& FOR MOST MILITARY OFFICIERS ON EARTH): THE ART OF
WARFARE BY SUN-TZU:http://www.chinapage.com/sunzi-e.html#03
THERE
WILL BE LOTS OF GUNS AROUND AFTER THE REVOLUTION BREAKS
THROUGH.... SO ALL TYPES OF AMMUNITION IS WHAT YOU WANT TO HAVE
ALOT OF, WHICH WILL GO UP IN VALUE TOO, LIKE GOLD OR SILVER.
JUST REMEMBER TO KEEP IT STORED DRY BECAUSE IF IT GETS WET IT
BECOMES USELESS!
IN THE NORTH-HOLLYWOOD-SHOOTOUT,
AT A BANK OF AMERICA IN CALIFORNIA, THE 2 BANDITS DID SO
WELL
BECAUSE THEY USED STEEL-PLATED AMMUNITION WITH
EXTRA CAPACITY AMMO HOLDING CLIPS & WORE LINED STEEL-PLATED TRENCH COATS
AND OVERALL BULLET PROOF BODY ARMOR DEVICES, EACH WEIGHING ABOUT 5 BOWLING
BALLS. It was reported, that they each took pills for muscle relaxation,
immediately before they went to battle. Learn How to Handle
Uranium:
RebelsWanted.com/do_not_eat_the_yellow_cake.htm
Alan Watt said that the
globalists sometimes start their books with "Now is the time..." therefore the
video to the right should be made by them to focus blame on low ranking police
instead of them, and probably has other hidden Masonic things as well. (YOU
MUST DOWNLOAD HIS 5.7 GIGABYTES OF FREE MP3s FROM CuttingThroughTheMatrix.com)
CERAMIC KNIVES
ARE STRONGER THAN STEAL
(& SHOWS HOW THEY'RE MIXED WITH
METALS, SO TO SET OFF METAL
DETECTORS AT AIRPORTS BUT OLDER ONES
SHOULDN'T HAVE ANY METAL IN THEM):
MUST READ FOR AMERICAN WEST-POINT UNIVERSITY
CADETS (& FOR MOST MILITARY OFFICIERS ON EARTH): THE ART OF
WARFARE BY SUN-TZU:
http://www.chinapage.com/sunzi-e.html#03
Dozens of alleged terrorists were recently arrested
in Britain and Pakistan, accused of plotting to blow up as
many as ten transatlantic airliners. Police report
the terrorist plan was to blow up the planes using suicide
bombers armed with liquid chemical bombs smuggled
on board disguised as drinks.
All explosives are chemical in nature. Explosives
can be a simple physical mixture of an oxidizer and an organic
fuel.
Many readers are familiar ANFO, a widely used solid
commercial explosive composed of ammonium nitrate
(the oxidizer) and fuel oil (the organic fuel). ANFO was used in
the 1995 attack on the Murrah Building in Oklahoma City.
According to Dan Keenan, a certified Hazardous Materials
Instructor for the California Specialized Training
Institute and developer of the hazmat technician training
course "Fun With Chemistry," explosives that would
be well suited for amateur manufacture is Triacetone
Triperoxide – commonly referred to as TATP. TATP can be
prepared using commercially available materials
obtained from hardware and drug stores: acetone (nail
polish remover), hydrogen peroxide (a bleaching and
cleaning agent) and sulfuric acid. TATP has been used by
suicide bombers in the Middle East, and was also used as an
improvised detonator by the infamour "shoe bomber"
Richard Reid in his failed attempt to blow up an airplane in
December, 2001.
Keenan explains that nitrated compounds could also be
used to create a homemade explosive. One example would
involve taking the common emollient, glycerin, and
adding it to a mixture of concentrated nitric and sulfuric
acids creating nitroglycerine, a liquid explosive
well suited for a terrorist’s aims.
Another possibility, Keenan reports, is the use of
antifreeze (ethylene glycol), which when added
to a mixture of nitric and sulfuric acid would
create an explosive liquid compound called ethylene
glycol dinitrate. Similarly, an ingredient in
toothpaste, propylene glycol, becomes deadly when
added to a mixture of concentrated nitric and sulfuric
acids creating the liquid explosive called metriol
trinitrate, which is similar to nitroglycerine.
Once the terrorists have the explosive, Keenan says,
they would still need a detonating agent. Terrorists
could possibly detonate the homemade liquid explosives
without the need for a blasting cap by introducing a simple
electric circuit, employing a 9-volt battery or the
battery pack from a laptop computer. A toothpaste
explosive could even be ignited by a match; but to insure
complete detonation an explosive train
involving a primary explosive, or a booster like the
TATP mentioned above would be needed.
Prime
location
In order for an explosion of one of these
compounds to succeed in taking down an airplane, Keenan
thinks, it would have to take place near the skin of the airplane;
in other words, right next to the side, and preferably
the window – close enough to blow a hole in the side or to blow
out the window. The first reported act of sabotage against
an airplane took place in 1933 over Chesterton, Indiana
and involved a nitroglycerine bomb planted in the tail assembly
of a Boeing 247 and detonated by a timing device. The 10
people aboard were all killed.
How much of the explosive compound would be needed to blow a
hole in an airplane? Keenan believes that about eight
ounces would be adequate. Richard Reid had eight ounces
of TATP in his shoe, which probably could have blown
out the side of the plane, or at least a window.
In Keenan’s opinion, it would be difficult to bring
down an airplane with this type of explosive in checked luggage
because of the location of the baggage compartment. A
terrorist would need a lot more product to effect an explosion
that would be large enough to guarantee a hole in the aircraft,
and would have no guarantee when or where – or if – the explosion
would take place.
"Mother of Satan"
TATP is one of the most sensitive explosives known, susceptible
to impact, temperatur
Accor