You’re on this page because you probably trying to know what is ssd solution composition, ssd chemical formula or ssd solution preparation either if they constitute or represent the same thing or maybe you are trying to formulate or reproduce the same ssd chemical yourself at home or in your private laboratory.
In this article, you’ll Learn About SSD Chemical Formula and Composition for the defaced black notes purpose as it has come to our knowledge that 1000’s of individuals on daily basis are busy searching for either the difference of this word phrases or their Constituent.
What is SSD Chemical Formula?
How to make SSD Solution Composition?
What is SSD Solution Preparation?
*Now let’s dive straight in the real deal.
What is SSD Chemical Formula ?:
The three main power elements of the SSD Chemical Formula are; Sodium chloride NaCl, Sulphated Ash 0.2% and Sulfuric acid H2SO4.
-A compound of Mercury Mercuric Nitric Dioxide liquid (brown / blue in colour) . Manufactured under patented right from GLOBAL CHEMICAL LABORATORY.,LTD. Highly poisonous Mercury Mercuric Nitric Dioxide liquid known as Mercury dioxide-brown liquid is insoluble in water and is used in removing the anti-breeze on the face of any currency note, giving the black notes its original colors. It can turn the white negative black before the chemical change is effected to turn into its original form. Its a packaging, this assuring of transport and storage as they are very sensitive and require special handling
SPECIFICATIONS & FORMULA STRUCTURE:
DESCRIPTION Brown liquid with a chocking effect
SOLUBILITY Soluble in H2O of PH L3
PH VALUE Neutral
RESIDUE AFTER REDUCTION Max 0.5%
MERCUROUS SALTS Trace
CHOLORIDE Max . 0.175%
LOSS OF DRYING AT 105C Max 0.5%
SULPHATED ASH Max 0.2%
Gastrox Oxide HQ5, HQ6 and HQ7
How to make SSD Solution Composition ?:
Preparation ssd solution composition from constituent ingredients
It is common practice in established laboratories to make an ssd solution directly from its constituent ingredients. There are three cases in practical calculation:
Case 1: amount of solvent volume is given.
Case 2: amount of solute mass is given.
Case 3: amount of final solution volume is given.
In the following equations diagram, A is solvent, B is solute, and C is concentration. Solute volume contribution is considered through ideal solution model which makes it the main active elements for anti breeze currency cleaning [black money].
Case 1: amount (mL) of solvent volume VA is given. Solute mass mB = C VA dA /(100-C/dB)
Case 2: amount of solute mass mB is given. Solvent volume VA = mB (100/C-1/ dB )
Case 3: amount (mL) of final solution volume Vt is given. Solute mass mB = C Vt /100; Solvent volume VA=(100/C-1/ dB) mB
Case 2: solute mass is known, VA = mB 100/C
Case 3: total solution volume is known, same equation as case 1. VA=Vt; mB = C VA /100
Example: Make 2 g/100mL of NaCl solution with 1 L water Water (properties). The density of resulting solution is considered to be equal to that of water, statement holding especially for dilute solutions, so the density information is not required.
mB = C VA = ( 2 / 100 ) g/mL × 1000 mL = 20 g.
What is SSD Solution Preparation ?:
When you hear the word ssd solution preparation, two (2) should come straight in your mind.
- i) Preparing Stock Solution: A stock solution is prepared by weighing out an appropriate portion of a pure solid or by measuring out an appropriate volume of a pure liquid ssd chemical and diluting to a known volume. Exactly how this is done depends on the required concentration unit. For example, to prepare a solution with a desired molarity you weigh out an appropriate mass of the re-agent, dissolve it in a portion of solvents, and bring to the desired volume. To prepare a solution where the solute’s concentration is a volume percent, you measure out an appropriate volume of solutes and add sufficient solvents to obtain the desired total volume. Bear in mind this preparation process is strictly for stock ssd solution.
- ii) Preparing Solutions by Dilution: SSD Solution are often prepared by diluting a more concentrated stock solution. A known volume of the stock solution is transferred to a new container and brought to a new volume. Since the total amount of solute solution is the same before and after dilution, we know that Co×Vo=Cd×Vd(2.7.8).
Where Co is the stock ssd solution concentration, Vo is the volume of stock ssd solution being diluted, Cd is the dilute solution’s concentration, and Vd is the volume of the dilute solution. Again, the type of glassware used to measure Vo and Vd depends on how exact the ssd solution ’s concentration must be known.
Equation 2.7.8 applies only when the concentration are written in terms of volume, as is the case with molarity. Using this equation with a mass-based concentration unit, such as % w/w, leads to a fatal error. A laboratory procedure calls for 250 mL of an approximately 0.10 M solution of NH3 . Describe how you would prepare this ssd solution using a stock solution of concentrated NH3 (14.8 M).
Substituting known volumes in equation 3.4
and solving for Vo gives 1.69 × 10-3 liters, or 1.7 mL. Since we are making ssd solution chemical that is approximately 0.10 M NH3 we can use a graduated cylinder to measure the 1.7 mL of concentrated NH3 , transfer the NH3 to a beaker, and add sufficient soluble water to give a total volume of approximately 250 mL. As per calculation by our expert, this 250 mL is capable to clean up to 1220 pieces of $100 notes PERFECTLY. (1220 pieces X $100 notes = 122,000.00 USD)
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