Check what it is dissolved in first and use the same solvent for dilution. If you want to make a litre of 10% for instance, You want to dilute it 10 in 26 parts or 5 in 13. So 1 litre /13*5 is 384.6ml of 26% ammonia, and dilute to 1 litre with solvent
Diluted Ammonia solution can be prepared by diluted strong ammonia solution with the appropriate quantity of purified water.
Make an equation: x(.10) = 50gal(.15) Solve algebraically: x = 75 gal
No. 10 percent ammonia is simply a solution of ammonia in water. An ammonium compound is a kind of compound formed by reacting ammonia with certain organic compounds.
300 ml
- Transfer 0,057 mL of 30 % ammonia solution, with the aid of a micropipette in a volumetric flask (volume 100 mL) - Add distilled (or demineralized) water up to the mark, at 20 0C - Put the stopper and stir.
Diluted Ammonia solution can be prepared by diluted strong ammonia solution with the appropriate quantity of purified water.
Make an equation: x(.10) = 50gal(.15) Solve algebraically: x = 75 gal
No. 10 percent ammonia is simply a solution of ammonia in water. An ammonium compound is a kind of compound formed by reacting ammonia with certain organic compounds.
Take 10 gm oF KI dissolve it in 100ml.
25% ammonia solution means 25g Ammonia in 100ml of water. To convert it into moles i.e for 1000ml solvent, 25x100=250 which means 250g of ammonia is present in 1000ml of water to make a 25%solution. To convert it into molar solution we will divide 250 by the molecular mass of ammonia i.e 17. 250/17= 14.71M This means that 25% ammonia solution contains 14.71 moles of ammonia. Now we will use the formula M1V1=M2V2 Let's say we want to make 10 molar solution in 500ml water. Then, M1=14.71 V1=? M2=10 V2=500 Putting values in the above equation: 14.71xV1 = 10x500 V1 = 10x500 / 14.71 = 340ml We will take 340ml of the 25% ammonia solution and make the volume up to 500ml with water. This will be our 10 molar solution of Ammonia.
300 ml
- Transfer 0,057 mL of 30 % ammonia solution, with the aid of a micropipette in a volumetric flask (volume 100 mL) - Add distilled (or demineralized) water up to the mark, at 20 0C - Put the stopper and stir.
10-4
Add 10 g to a volumetric flask and make up to the 1 liter mark.
hydroxide
To maintain pH=10
10 liters