Qabalah-B
Discovered : by W.H. Wollaston in
1803
Isolated in London, UK
Origin : The element is named after the asteroid Pallas, also discovered in
1803.
Description :
A silvery metal that resists corrosion and is used as a catalyst in the
chemicals industry. Palladium metal has one unique feature - hydrogen gas can
filter through it.
Discovered : known to ancient
civilisations
Origin : The name is derived from the Anglo-Saxon ‘seolfur’, and the
chemical symbol from the Latin ‘argentum’, both meaning silver.
Description :
Silver tarnishes slowly as sulfur compounds in the atmosphere react with the
surface to form black silver sulfide. Silver has been used for jewellery and
tableware since ancient times, but it is also employed for silvering glass and
in photography, as well as for industrial uses. World production is about 10,000
tonnes per year. Silver is present in the human body but has no known role.
Discovered : 1817 by Friedrich
Stromeyer
Isolated in Gottingen, Germany
Origin : The name is derived from the Latin 'cadmia', the name for the mineral
calamine.
Description :
A silvery metal produced as a by-product of zinc refining. It is used in
rechargeable batteries, and cadmium sulfide was once a common pigment known as
cadmium yellow. Cadmium accumulates in the body; although a person’s daily
intake may be as little as 0.05 milligrammes, he or she will have stored, on
average about 50 milligrammes. Cadmium is a poison and is known to cause birth
defects and cancer. As a result, there are moves to limit its use.
Discovered : by C.G. Mosander in
1839
Isolated in Stockholm, Sweden
Origin : The name is derived from the Greek 'lanthana’, meaning to lie hidden.
Description :
A soft metal that rapidly tarnishes and burns easily when ignited. It is used in
special glass, and flints for pocket lighters are made with it.
Discovered : by D. Coster and G.C.
von Hevesey in 1923
Isolated in Copenhagen, Denmark
Origin : The name is derived from 'Hafnia', the Latin word for Copenhagen.
Description :
A shiny silvery metal that resists corrosion. Its alloys are used to make
control rods for nuclear reactors because it will absorb neutrons and has a very
high melting point.
Discovered : by A.G. Ekeberg in
1802
Isolated in Uppsala, Sweden
Origin : The element is named after Tantalus, in Greek mythology the father of
Niobe.
Description :
A shiny, silvery metal that is very resistant to corrosion and so finds use in
equipment for handling corrosive materials.
Discovered : by J.J. and F.
Elhuijar in 1783
Isolated in Vergara, Spain
Origin : The name is derived from the Swedish ‘tungsten’, heavy stone, and
the chemical symbol from ‘wolfram’, derived from the German ‘Wolf”
(wolf) and ‘Rahm’ (dirt).
Description :
Tungsten has the highest melting point of all metals and because of this it is
used for the filaments of light bulbs. It is alloyed with other metals to
strengthen them - for example, for military armour and cutting tools.
Discovered : by W. Noddack and
co-workers in 1925
Isolated in Berlin, Germany
Origin : The element is named after 'Rhenus', the Latin name for the river
Rhine.
Description :
A metal with a very high melting point, second only to tungsten. It is usually
available as a grey powder and is among the rarest metals on Earth. Rhenium is
used in filaments and for catalysts in the chemicals industry.
Discovered : by Smithson Tennant in 1803
Isolated in London, UK
Origin : The name is derived from the Greek ‘osme’, meaning smell - the
metal surface gives off a volatile osmium tetroxide, which has a characteristic
odour.
Description :
A shiny silver metal that resists corrosion, and is the densest of all the
elements and twice as heavy as lead. It is as rare as gold and, like gold, can
be found as the free metal. It is little used except in a few alloys and in
industry as a catalyst.
Discovered : by Smithson Tennant
in 1803
Isolated in London, UK
Origin : The name is derived from the Latin ‘iris’, meaning rainbow.
Description :
A hard silvery metal and one of the rarest on Earth. It is almost as inert to
attack as gold and is used in special alloys and for the contacts in spark
plugs.
Discovered : known to native South
Americans before Columbus arrived, and first taken to Europe in about 1750
Origin : The name is derived from the Spanish ‘platina’, meaning silver.
Description :
A silvery metal as resistant to corrosion and tarnishing as gold. It is almost
as rare and consequently is likewise highly valued and used in jewellery. It is
also used in the chemicals industry as a catalyst, in medicine as an anti-cancer
drug, and in catalytic converters for car exhausts.
Image
Discovered : known since
prehistoric times
Origin : The name is the Anglo-Saxon word for the metal and the symbol comes
from the Latin ‘aurum’, gold.
Description :
A soft metal with a characteristic colour and since it is chemically unreactive,
one of the few elements to occur in a natural state. It will dissolve in aqua
regia (royal water), a mixture of nitric and hydrochloric acids. It can be
beaten into very thin sheets (gold leaf) to be used as architectural ornament.
Another use is in jewellery and some is also employed in the electronics
industry and to colour glass or make it reflect heat . About 1500 tonnes of gold
are mined each year, chiefly in South Africa and Russia, and most of this is
stored as bullion. There is a lot of gold in the sea, but with only 1 gramme in
1,000,000 tonnes of seawater, schemes to reclaim gold from the oceans have
always failed.
Discovered : known to ancient
civilisations
Origin : The element is named after the planet Mercury and the symbol comes from
the Latin ‘hydragyrum’, meaning liquid silver.
Description :
Mercury has fascinated people for millennia
as a heavy liquid metal that can be extracted easily by heating cinnabar, a red
ore (mercury sulfide). Mercury is known to be dangerous in all its forms, and
use is now confined to industry where it is employed in the manufacture of
chlorine and sodium hydroxide, although even here it is being phased out. Some
is still used to treat seed corn to make it resistant to fungus disease, and in
street lighting, dental amalgum and electrical apparatus. Older uses - in
thermometers, in felt production and as a de-worming powder - have all been
superseded. Mercury is widespread in the environment - every mouthful of food we
eat contains a little. Our daily intake is about 0.01 milligramme (about a
hundredth of an ounce in a lifetime), and this we can cope with easily. However,
one form of mercury - methylmercury - is particularly dangerous; it can be
formed by micro-organisms in polluted waters, absorbed by fish and so eaten by
people.
Discovered : 1899 by Andrew
Debierne
Isolated in Paris, France
Origin : From the Greek ‘aktino’ meaning ray.
Description :
A radioactive metal first extracted from natural uranium ores but now made from
uranium in atomic reactors. It glows in the the dark because its intense
radioactivity excites the surrounding air.
Discovered : by a group of
scientists at Dubna, near Moscow, Russia in 1964, and independently by A.
Ghiorso and co-workers at Berkeley, California, USA in 1969
Origin : The element is named after Lord Rutherford, a New Zealand physicist and
chemist.
Description :
A radioactive metal which does not occur naturally and of which relatively few
atoms have ever been made. It is of research interest only.
Discovered : at both Berkeley,
California, USA, and Dubna, near Moscow, Russia in 1970
Origin : The element is named after the Russian town of Dubna.
Description :
A highly radioactive metal which does not occur naturally, and of which only a
few atoms have ever been made. It is of research interest only.
Discovered : by A. Ghiorso and
co-workers in 1974
Isolated in California, USA
Origin : The element is named after Glenn T Seaborg, the American nuclear
chemist and Nobel prize winner.
Description :
A radioactive metal which does not occur naturally and is of research interest
only. Only a few atoms have ever been made and its chemistry resembles that of
tungsten.
Discovered : by P. Armbruster, G.
Münzenberg and co-workers in 1981
Isolated in Darmstadt, Germany
Origin : The element is named after Niels Bohr, the Danish physicist.
Description :
A highly radioactive metal that does not occur naturally and of which only a few
atoms have ever been made. It is of research interest only.
Discovered : by P. Armbruster, G.
Munzenberg and co-workers in 1984
Isolated in Darmstadt, Germany
Origin : The element is named after the German state of Hesse, where the German
Nuclear Research Institute is located.
Description :
A highly radioactive metal which does not occur naturally and only a few atoms
have ever been made. It is of research interest only.
Discovered : by P. Armbruster, G.
Munzenberg and co-workers in 1982
Isolated in Darmstadt, Germany
Origin : It is named after Lise Meitner, the Austrian physicist who first
suggested spontaneous nuclear fission.
Descripton :
A highly radioactive metal, of which only a few atoms have ever been made.
Discovered : by Sir William Ramsay
in London, and independently by P.T. Cleve and N.A. Langer in Uppsala, Sweden in
1895
Origin : The name is derived from the Greek ‘helios’, sun
Description :
A colourless, odourless gas that is totally unreactive. It is extracted from
natural gas wells, some of which contain gas that is 7% helium. It is used in
deep sea diving for balloons and, as liquid helium , for low temperature
research. The Earth’s atmosphere contains 5 parts per million by volume,
totalling 400 million tonnes, but it is not worth extracting it from this source
at present.
Discovered : by J.L. Gay-Lussac
and L.J. Thenard in Paris, France, and Sir Humphry Davy in London, UK in 1808
Origin : The name is derived from the Arabic 'buraq', borax, its principal ore.
Description :
Pure boron is a little-used dark powder, but boron compounds are important in
many industries such as glass and detergent manufacture and agriculture. Pyrex
glass is tough and heat resistant because of the boric acid used to make it.
Boron is an essential mineral for plants but not animals - in fact it can be
toxic in excess. We take in about 2 milligrammes each day from our food (2
ounces in a lifetime).
Discovered : known from
prehistoric times.
Origin : The name is derived from the Latin ‘carbo’, charcoal.
Description :
There are a number of forms of this element including coke, soot, charcoal,
graphite and diamond. In 1985, a new one was discovered consisting of
‘footballs’ of carbon atoms. The element itself is used as coke in steel
making to reduce iron oxide to iron, as carbon black in printing, and as
charcoal in sugar refining. However, carbon is also the basis of all life since
it is part of DNA. The human body contains about 16 kilogrammes of carbon in one
form or another. Carbon is also important environmentally as carbon dioxide, it
makes up 350 parts per million of the atmosphere, and plants take it in as they
grow. Carbon dioxide is also the gas formed when natural gas, oil and coal are
burned.
Discovered : by Daniel Rutherford
in 1772
Isolated in Edinburgh, UK
Origin : The name is derived from the Greek ‘nitron genes’, meaning nitre
forming : nitre is potassium nitrate, commonly known as saltpetre.
Description :
A colourless, odourless gas that makes up 78% of the air. Nitrogen is essential
for life since it is part of DNA, but it is also needed for protein and many
other components of the living cell. There is a so-called ‘nitrogen cycle’
in nature - that is, it is possible to trace its movements from the air to
plants, to animals, to the soil where it can be recycled or washed into rivers,
and where some microbes can turn it back into nitrogen gas and return it to the
atmosphere. About 50 million tonnes of nitrogen are extracted every year, mainly
for use as fertiliser, but also for making plastics, dyes and explosives.
Discovered : 1886 by Henri Moissan
Isolated in Paris, France
Origin : The name is derived from the Latin ‘fleure’, to flow.
Description :
Fluorine salts, known as fluorides, were used for centuries in welding metals
and for frosting glass before the element itself was isolated. Fluorine gas is
the most reactive of all the elements and quickly attacks all metals - steel
wool bursts into flames when exposed to it ! Fluorine is used to make uranium
hexafluoride, needed by the nuclear power industry, and sulfur hexafluoride
insulating gas for high-power electricity transformers, and to treat polythene
to make it impermeable to solvents. Fluoride is an essential element for
animals, strengthening teeth and bones. It is added to drinking water in some
areas and to toothpaste. The average human body contains about 3 milligrammes (a
hundredth of an ounce); too much fluoride is toxic.
Discovered : by Sir William Ramsay
and M.W. Travers in 1898
Isolated in London, UK
Origin : The name is derived from the Greek ‘neos’, meaning new.
Description :
A colourless, odourless gas that comprises 18 parts per million of the air. Neon
will not react with any other substance. It is produced from liquid air for
ornamental lighting (i.e. neon signs) because it glows red when an electrical
discharge is passed through it.
Discovered : 1825 by Hans Oersted
Isolated in Copenhagen, Denmark
Origin : From 'alumen', the Latin for the mineral alum.
Description :
The most abundant of metals. A lot of energy is needed to extract it from its
ores : however, this is worthwhile because it does not rust and is easy to
recycle. It is lightweight but tough and is widely used for window frames,
aircraft parts, engines, kegs, cooking oil, drinks cans, etc. There may be a
link between aluminium in the diet and Alzheimer’s disease (a form of senile
dementia), but only a small amount of what we take in with our food is absorbed
by our bodies. Foods with above average amounts of aluminium are tea, processed
cheese, lentils and sponge cakes (where it comes from the rising agent). Cooking
in aluminium pans does not greatly increase the amount in our diet except when
cooking acid foods such as rhubarb. Some indigestion tablets are pure aluminium
hydroxide !
Discovered : by J.J. Berzelius in
1824
Isolated in Stockholm, Sweden
Origin : The name is derived from the Latin ‘silicus’, meaning flint.
Description :
The second most abundant element on the surface of the Earth after oxygen. Sand
and flint are silicon dioxide, as are semi-precious stones such as rock crystal
and rhinestone. The element itself, when ultrapure, is blue-grey and used as the
semi-conductor in ‘silicon chips’. Every year, 5,000 tonnes of
semi-conductor-grade silicon and 500,000 tonnes of metallurgy-grade silicon are
produced. Silicon is essential for some species and perhaps for humans in whom
it is found in connective tissue and skin.
Discovered : by Hennig Brandt in
1669
Isolated in Hamburg, Germany
Origin : The name is derived from the Greek ‘phosphoros’, meaning bringer of
light, because it glows in the dark.
Description :
There are several forms of phosphorus. White
phosphorus is manufactured industrially, glows in the dark, is spontaneously
flammable when exposed to the air and is a deadly poison. Red phosphorus, made
by heating white phosphorus, does not glow, is stable and is not poisonous. This
is the material stuck on the side of boxes of safety matches on which the
matches must be struck to light them. Phosphorus itself is essential to all
forms of life since it is part of DNA, although there are many phosphorus
compounds that are essential in the living cell. We take in about 1 gramme of
phosphate a day, and we store about 750 grammes in our bodies since our bones
are mainly calcium phosphate. In the environment and in living things,
phosphorus is present as phosphate, which consists of one phosphorus atom at the
centre of four oxygen atoms. Phosphates are used in fertilisers and detergents
and in metal coatings to prevent corrosion. However, excess phosphates in rivers
and lakes cause an over-growth of slimy green algae, which robs the water of its
life-supporting oxygen.
Discovered : known to ancient
civilisations
Origin : The name may have one or two derivations : the Sanskrit ‘sulvere’
or the Latin ‘sulphurium’, both meaning sulfur.
Description :
Occurs in large deposits as yellow crystals. It is stable in air and water but
will burn if ignited, giving off the acrid gas, sulfur dioxide, its most famous
compound, which is used to make sulfuric acid, the single most important
industrial chemical. Sulfur dioxide is also produced when coal and oil are
burned and is thought to be responsible for so called ‘acid rain’. Sulfur is
essential to all living things and there is a sulfur cycle in nature. The
average human contains 140 grammes (5 ounces) and takes in about 1 gramme a day.
Discovered : 1774 by C.W. Scheele
Isolated in Uppsala, Sweden
Origin : The name is derived from the Greek ‘chloros’, meaning pale green.
Description :
A yellowy-green dense gas with a choking smell. It is very poisonous and was
used as a weapon during the First World War. The gas is made on a large scale
from salt (sodium chloride) and is used in the manufacture of chlorite bleach
and PVC plastic, and to purify drinking water and to disinfect swimming pools.
Our daily intake is about 6 grammes (a fifth of an ounce), mainly as salt, but
we could manage with half this amoun
Discovered : 1899 by Lord Rayleigh
and Sir William Ramsay
Origin : From the Greek ‘argos’ meaning inactive.
Description :
The third most abundant gas making up one percent of the atmosphere. The
quantity has increased since the Earth was formed because radioactive potassium
turns into argon as it decays. Argon is a colourless, odourless gas that is
totally inert to other substances, and for this reason it is ideal in tube
lights.
Discovered : by P.E. Lecoq de
Boisbaudran in 1875
Isolated in Paris, France
Origin : The name is derived from 'Gallia', the Latin name for France.
Description :
This was predicted to exist by the Russian chemist Dimitri Mendeleev because his
periodic table of the elements had a gap below aluminium. He also forecast
(correctly) some of the properties of the element, such as density. Gallium is a
soft, silvery metal like aluminium and is used to make semi-conductors (gallium
arsenide) and microwave equipment.
Discovered : by C.A. Winkler in
1886
Isolated in Frieberg, Germany
Origin : The name is derived from 'Germania', the Latin name for Germany .
Description :
A silvery semi-metal element used in semi-conductors and speciality glass for
infrared devices. Germanium ores are very rare and the element is recovered as a
by-product of zinc and copper refining. Our daily diet may contain as much as 1
milligramme, but theories that germanium is important to our health have been
discredited.
Discovered : by Albertus Magnus in
the 13th century
Origin : The name comes from 'arsenikon', the Greek name for the pigment yellow
orpiment.
Description :
Although it is now strongly linked with poison, arsenic was once used widely as
a medicine. Dr Fowler’s Solution (potassium arsenate dissolved in water) was a
popular cure-all tonic in Victorian times - even Charles Dickens used it.
Arsenic compounds are still employed in making special glass and semi-conductors
(gallium arsenice), preserving wood and, in some countries, to fatten poultry
and pigs. Nowadays its use is strictly controlled, although some scientists
claim it is an essential element in our diet in very low doses. Some foods such
as prawns contain a surprising amount of arsenic.
Discovered : by J.J. Berzelius in
1817
Isolated in Stockholm, Sweden
Origin : The name is derived from the Greek ‘selene’, meaning moon.
Description :
Selenium can exist in two forms, as a silvery metal or as a red powder, and is
used in photoelectric cells, photocopiers, solar cells and semiconductors. It is
essential for some species, including humans, and our bodies contain about 14
milligrammes (1/20,000th of an ounce).
Discovered : by Sir William Ramsay
and M.W. Travers in 1898
Isolated in London, UK
Origin : The name is derived from the Greek ‘kryptos’, meaning hidden
Description :
A colourless, odourless gas that is inert to everything but fluorine gas. The
isotope krypton 86 has a line in its atomic spectrum that is now the standard
measure of length : 1 metre is defined as exactly 1,650,763.73 wavelengths of
this line. Krypton is one of the rarest gases in the Earth’s atmosphere,
accounting for only 1 part per million by volume.
Discovered : by F. Reich and H.
Richter in 1863
Isolated in Frieberg, Germany
Origin : The element is named after indigo, which is the colour of the brightest
line in its spectrum.
Description :
A soft, silvery metal that is stable and used in low-melting alloys for
fire-sprinkler systems in shops and warehouses. Some semi-conductors and
transistors are made of indium arsenic and indium antimony.
Discovered : known to ancient
civilisations
Origin : The name comes from the Anglo-Saxon tin; the chemical symbol comes from
the Latin ‘stannum’, related to the word ‘stagnum’ (dripping), because
tin melts easily.
Description :
A soft pliable metal but it is not used as such because, below 13 C, it slowly
changes to a powder. Steel is plated with tin to make cans, and it is also used
for solders. Some tin compounds are employed as anti-fouling paint for ships and
boats to prevent barnacles, but even at low levels, these compounds are deadly
to marine life especially oysters. Tin is thought to be an essential element for
some living things and this may also be true for humans.
The All seeing eye of their fallen Angel god, Horus. Also on your one Dollar Bill
Discovered : in the Middle Ages by
an unknown alchemist
Origin : From the Greek 'anti monos', not alone, and the symbol from the Latin
word 'stibium',
Mark,
because the ore stibnite (antimony sulfide) was once used as mascara.
As in Mark of the Beast, who is indeed their god, Baal, who also is the false Christ to be, who will deceive the entire world, save those whose names are written in the Book of Life of the Lamb Slain since the foundation of the world.
Description :
A semi-metal used in industry to harden other metals. It was earlier used in the
production of bells and metal type. It is a fairly rare metal and the main
producing countries are China, Russia, Bolivia and South Africa.
Discovered : by Baron Franz Muller
von Reichenstein in 1783
Isolated in Sibiu, Romania
Origin : The name is derived from the Latin ‘tellus’, meaning Earth.
Description :
A semi-metal obtained as a grey powder. Its compounds are to be avoided because
not only are they poisonous but contact with even the tiniest amounts leads to
unpleasant body odours!
Discovered : by Bernard Courtois
in 1811
Isolated in Paris, France
Origin : The name is derived from the Greek ‘iodes’, meaning violet
Description :
Iodine comes as black, shiny crystals that dissolve in alcohol; the result is
sold as an antiseptic solution. Iodine salts (iodides) are used in dyes and
photography, as industrial catalysts and in the manufacture of pharmaceuticals.
Iodine is also an essential element for humans, who require a daily intake of
iodine (as iodide) of about a tenth of a milligramme (only 1/300,000th of an
ounce). Our bodies contain up to 20 milligrammes, mainly in the thyroid gland.
Normally we get enough from the food we eat, but people eating food grown in
areas where the soil lacks iodides can develop a swollen thyroid known as
goitre.
Image :
Discovered : by Sir William Ramsay
and M.W. Travers in 1898
Isolated in London
Origin : The name is derived from the Greek ‘xenos’, meaning strange.
Description :
A colourless, odourless gas that makes up 0.086 parts per million of the
atmosphere. About half a tonne a year is produced from liquid air and used for
research purposes.
Discovered : by W. Crookes in 1861
Isolated in London, UK
Origin : The name is derived from the Greek ‘thallos’, meaning green shoot.
Description :
A soft, grey metal, rather like lead but it tarnishes easily. It was once used
in rat poisons and hair removers but it is now banned.
Discovered : known to ancient
civilisations
Origin : The name is derived from the Anglo-Saxon ‘laedan’. The chemical
symbol comes from the Latin ‘plumbum’, meaning lead.
Description :
This easily-worked metal has been used for pipes, pewter and paint since Roman
times. It has also been used in lead glazes for pottery and, in this century, as
an additive to raise the octane level of petrol. All these uses have now either
been banned, replaced or discouraged as lead is known to be detrimental to
health, particularly that of children. Daily intake of lead from all sources is
about a tenth of a milli gramme, and the average human body stores about 120
milligrammes in the bones. Lead is still widely used for cable sheathing, car
batteries, lead crystal, radiation protection and in some solders.
Discovered : by an unknown
alchemist in the 15th century
Origin : The name comes from the German 'weisse Masse' (white mass), which
became Latinised as bisemutum.
Description :
A heavy, silvery, pink-tinged metal, but not used as such as it is too brittle.
Basic bismuth carbonate is taken in tablet or liquid form for indigestion as
‘bismuth mixture’. Bismuth oxychloride is used in cosmetics to give a pearly
effect.
Image
Discovered : by Marie Curie in
1898
Isolated in Paris, France
Origin : Marie Curie named the element after her homeland Poland.
Description :
Marie Curie isolated polonium from the uranium ore, pitchblend, in which it
exists in tiny amounts. It is a radioactive metal produced today in gramme
quantities from bismuth in nuclear reactors, and used as a source of alpha
radiation or as a heat source in space vehicles.
Discovered : 1940 by D.R.Corson
Isolated in California, USA
Origin : From the Greek ‘astatos’ meaning unstable.
Description :
A dangerously radioactive element made in
nuclear reactors, its half life is only eight hours.
Discovered : by F.E. Dorn
Isolated in Halle, Germany
Origin : The name is derived from radium.
Description :
Radon was first discovered as the gas produced from radium as it decayed in
sealed ampoules. It is colourless and odourless, and is chemically inert, but it
is dangerous because it gives off alpha rays. There is a detectable amount in
the atmosphere, and concentrations can build up indoors in certain localities.
Discovered : 1803 by J.J.
Berzelius and W. Hisinger
Isolated in Vestmanland, Sweden
Origin : The element is named after the asteroid Ceres, discovered in 1801.
Description :
A grey metal, more abundant than tin or lead and almost as abundant as zinc. It
is little used because it tarnishes easily, reacts with water and burns when
heated. A little cerium is employed in alloys, special glass and ceramics, but
the best known use is in flints for pocket lighters.
Discovered : by Baron Auer von
Welsbach in 1885
Isolated in Vienna, Austria
Origin : The name is derived from the Greek ‘prasios didymos’, meaning green
twin.
Description :
A soft, silvery metal employed in alloys, as flints for pocket lighters and for
the yellow visor glass used to protect welders.
Discovered : by Baron von Welsbach
in 1885
Isolated in Vienna, Austria
Origin : The name is derived from the Greek ‘neos didymos’, meaning new
twin.
Description :
A fairly common but little used silvery metal. It is contained in some alloys
for magnets, glass, glazes and lighter flints. Neodymium dust and salts are very
irritating to the eyes.
In the Name of Jesus
Christ the Lord, amen
section
14 "The Protocols of the Illuminated Elders of Tzion" Wall
Street " The Mark" is Here It
has happened "War Declared upon and in America" "All
you ever need to know about their god and Qabalah" A
Sincere Request to "Rapture" Teachers Compulsory
Constitutional Cremation Homeland
Security, "The Police State" The
Babylonian Talmudic Mystical Qabalah How
will they do it- " The false-christ" "Summation"
The beginning of sorrows has begun Satan's
Tales "Wagging the Global Dog" "Satan's
Plan", Protocols of Zion ( of course they will dispute it's authenticity) I
Witch, New One World Order Seal Satan's
Enforcers of Quaballah The
Seed of God or the Seed of Satan, Your choice by faith I
AM, the Revelation of Jesus Christ National
Organization Against Hasidic International Talmudic Enforcement Where's
Da Plane Boss, wheres da plane? The
Federal Reserve, Fed up with the Fed? The
Protocols Today. Dispute this, Liars ! Letter
to a friend "It's not the Jews Dummy" The
"Son's of the Synagogue of Satan"Chabad Lubavitch The
Infiltration of the leaven "Jerusalem Council" Obedient
Ishmael Kislev 19, 5764 The
Lord of the Ring, the Return of the Talmudic king Changing
the Time and the Laws "Replacement
Theology" of Judaic Talmudism Eating
Rainbow Stew with a Silver Spoon, underneath a Noahide Sky
