20 Practical Uses For #Coke

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Coke acts as an acidic
cleaner. The amount of
acid in soda is enough
to wear away at the
enamel of your teeth,
making them more
susceptible to decay. In
tests done on the
acidity levels of soda,
certain ones were found
to have PH levels as low
as 2.5. To put that into
perspective, consider
that battery acid has a
pH of 1 and pure water
has a pH of 7.
To prove Coke does
not belong in the
human body, here are
20 practical ways you
can use Coke as a
domestic cleaner:
1. Removes grease
stains from clothing
and fabric
2. Removes rust;
methods include
using fabric dipped
in Coke, a sponge or
even aluminum foil.
Also loosens rusty
bolts
3. Removes blood
stains from clothing
and fabric.
4. Cleans oil stains
from a garage floor;
let the stain soak,
hose off.
5. Kills slugs and
snails; the acids kills
them.
6. Cleans burnt
pans; let the pan
soak in the Coke,
then rinse.
7. Descales a kettle
(same method as
with burnt pans)
8. Cleans car battery
terminals by pouring
a small amount of
Coke over each one.
9. Cleans your
engine; Coke
distributors have
been using this
technique for
decades.
10. Makes pennies
shine; soaking old
pennies in Coke will
remove the tarnish.
11. Cleans tile
grout; pour onto
kitchen floor, leave
for a few minutes,
wipe up.
12. Dissolves a
tooth; Use a sealed
container…takes a
while but it does
work.
13. Removes gum
from hair; dip into a
small bowl of Coke,
leave a few minutes.
Gum will wipe off.
14. Removes stains
from vitreous china.
15. Got a dirty pool?
Adding two 2-liter
bottles of Coke clears
up rust.
16. You can remove
(or fade) dye from
hair by pouring diet
Coke over it.
17. Remove marker
stains from carpet.
Applying Coke,
scrubbing and then
clean with soapy
water will remove
marker stains.
18. Cleans a toilet;
pour around bowl,
leave for a while,
flush clean.
19. Coke and
aluminum foil will
bring Chrome to a
high shine.
20. Strips paint off
metal furniture. Soak
a towel in Coke and
lay it on the paint
surface.
Now can you imagine
what is does to your
stomach lining?
Who needs the
‘household and
cleaning’ section at the
hardware store when we
have Coke.
Have you ever wondered
what exactly Coca Cola
is?
After 10 minutes: The
sugar contained in a
glass of Cola can cause
a devastating “strike” on
the body. The cause
being the phosphoric
acid which inhibits the
action of sugar.
After 20 minutes: A
leap in insulin levels in
bloodstream occurs.
After 40 minutes:
Ingestion of caffeine is
finally completed. The
eye’s pupils are
expanding. Blood
pressure rises because
the liver disposes more
sugar into the
bloodstream. The
adenosine receptors
become blocked thereby
preventing drowsiness.
After 45 minutes: The
body raises production
of the dopamine
hormone, which
stimulates the brain
pleasure center. Similar
to the reaction Heroin
creates.
After 1 hour:
Phosphoric acid binds
calcium, magnesium and
zinc in the
gastrointestinal tract,
which supercharges
metabolism. The release
of calcium through
urine takes place.
After more than 1
hour: Diuretic effects of
the drink enters in “the
game”. The calcium,
magnesium and zinc are
removed out of the
body, which are a part
of our bones, as well as
sodium. At this time we
can become irritable or
subdued. The whole
quantity of water,
contained in a coca
cola, is removed
through urination.

When having a cold
bottle of Coke and
enjoying its undeniable
freshness are we aware
of what chemical
“cocktail” we are putting
into our bodies? The
active ingredient in
Coca-Cola is
orthophosphoric acid.
Due to its high acidity,
cisterns used for
transporting the
chemical have to be
equipped with special
reservoirs designed for
highly corrosive
materials.

Let’s have a look at “the
anatomy” of one of the
most advertised
products of “Coca-Cola
Co.” – Coca-Cola Light
without caffeine. This
drink contains Aqua
Carbonated, E150D,
E952, E951, E338, E330,
Aromas, E211.

Aqua Carbonated – this
is sparkling water. It
stirs gastric secretion,
increases the acidity of
the gastric juice and
provokes flatulency.
Filtered tap water is
what is primarily used.

E150D – this is food
coloring obtained
through the processing
of sugar at specified
temperatures, with or
without addition of
chemical reagents. In
the case of coca-cola,
ammonium sulfate is
added.

E952 – Sodium
Cyclamate is a sugar
substitute. Cyclamate is
a synthetic chemical,
has a sweet taste, which
is 200 times sweeter
than sugar, and is used
as an artificial
sweetener. In 1969 it
was banned by FDA,
since it, as well as
saccharin and
aspartame, caused
cancer in rats.

E950 – Acesulfame
Potassium. 200 times
sweeter than sugar,
containing methyl-
ether. It aggravates the
operation of the
cardiovascular system.
Likewise, it contains
asparaginic acid which
can also cause an
excitant effect on our
nervous system and in
time it can lead to
addiction. Acesulfame is
badly dissolved and is
not recommended for
use by children and
pregnant women.

E951 – Aspartame. A
sugar substitute for
diabetics and is
chemically unstable at
elevated temperatures
it breaks down into
methanol and
phenylalanine.
Methanol is very
dangerous as only
5-10ml can cause
destruction of the optic
nerve and irreversible
blindness. In warm soft
drinks, aspartame
transforms into
formaldehyde which is a
very strong carcinogen.
Symptoms of aspartame
poisoning include:
unconsciousness,
headaches, fatigue,
dizziness, nausea,
palpitation, weight gain,
irritability, anxiety,
memory loss, blurry
vision, fainting, joint
pains, depression,
infertility, hearing loss
and more. Aspartame
can also provoke the
following diseases:
brain tumors, MS
(Multiple Sclerosis),
epilepsy, Graves’
disease, chronic fatigue,
Alzheimer’s, diabetes,
mental deficiency and
tuberculosis. Later, this
substance was initially
illegal due to its
dangers but was again
made legal in a
suspicious manner.

E338 – Orthophosphoric
Acid. This can cause
irritation of the skin
and eyes. It is used for
production of
phosphoric acid salts of
ammonia, sodium,
calcium, aluminum and
also in organic synthesis
for the production of
charcoal and film tapes.
It is also used in the
production of refractory
materials, ceramics,
glass, fertilizers,
synthetic detergents,
medicine, metalworking,
as well as in the textile
and oil industries. It is
known that
orthophosphoric acid
interferes with the
absorption of calcium
and iron into the body
which can cause
weakening of bones and
osteoporosis. Other side
effects are thirst and
skin rashes.

E330 – Citric Acid. It is
widely used in
pharmaceutical and
food industries. Salts of
citric acid (citrates) are
used in the food
industry as acids,
preservatives,
stabilizers, and in the
medical fields – for
preserving blood.
Aromas – unknown
aromatic additives

E211 – Sodium
Benzoate. It is used in
production of some food
products for anti-
bacterial and anti-
fungal purposes. It is
often found in jams,
fruit juices and fruit
yogurts. It’s not
recommended for use
by asthmatics and
people who are
sensitive to aspirin. A
study conducted by
Peter Piper at the
Sheffield University in
Britain, found that this
compound causes
significant damage to
DNA. According to Peter,
sodium benzoate which
is an active component
in preservatives, doesn’t
destroy DNA, but
deactivates it. This can
lead to cirrhosis and
degenerative diseases
like Parkinson’s disease.
Coca-Cola is undeniably
a very useful product.
The key is to use it for
purposes that do not
include drinking! Here
is a video about Coca-
Cola!

Source:

Get Holistic Health

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