I did wonder about that. I think we can fix it. Let's modify it this way:
.224/x = .03
Solving for x,
x = .224/.03 = 7.46666....
So, subtracting the one ounce of fluid that represents the mms to be
diluted, you would add 6.47 ounces of water to get 3% using the 22.4%
sodium chlorite figure. The 5.3% filler might affect this slightly, but
I don't think it would change it very much. It looks like even if you
used the previous numbers, you would end up with about 2% sodium
chlorite which is still in the range of stabilized oxygen. What do you
think?
Steve
On 9/13/2010 10:18 PM, Renee wrote:
Ah--the rub comes in here--Jim Humble says it's 28% sodium chlorite. It
is NOT. Since the sodium chlorite that the MMS is made from also has
some 'filler' material in the flakes, when the s chlorite is made into
MMS as per Jim's instructions, it's actually a 22.4% of Sodium Chlorite.
The other 5.3% is the filler material.
So--does this effect the number of drops used to get at a 2 to 3%
stabilized oxygen formula of sodium chlorite? Dunno. As I said--math
challenged.
Samala,
Renee
/-------Original Message-------/
Well, I wouldn't say that I'm a math whiz. But maybe I can help. So,
if you have an ounce of mms at 28% concentration, that ounce contains
..28 ounce of sodium chlorite.
--
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