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.
Well, isn't that a happy little question! To convert 25% ammonia solution to 10 M, you can start by calculating the volume of ammonia solution needed to make the desired concentration. Then, you can dilute the solution with the appropriate amount of water to reach the desired concentration. Just remember to mix it gently and with a joyful heart!
10 liters
6 litres of 50% + 4 litres of 25%
yes
dissolve 10g of TCA in 100ml distilled water.
the answer is 7/1000 to find the answer you can take the percent (.7%) and convert it to a fraction by dividing it by 100. you will get .7/100. this can be simplified by multiplying the top and the bottom of the fraction by 10. you will get 7/1000
Parson's ammonia is typically a 10% solution of ammonia in water. It is not straight ammonia.
Let x represent the gallons of 10% ammonia solution. The total volume of the mixture is x + 50 gallons. The equation for the mixture is: 0.10x + 0.30(50) = 0.15(x + 50). Solving this equation gives x = 50 gallons of the 10% ammonia solution needed.
To produce 1L of 10% ammonia solution from 25% ammonia solution, you need to dilute the 25% solution by adding a calculated amount of water. To do this, you can calculate the volume of the 25% solution needed and the volume of water needed using the formula: C1V1 = C2V2, where C1 is the initial concentration (25%), V1 is the initial volume, C2 is the final concentration (10%), and V2 is the final volume (1L).
To prepare a 10% ammonia solution from a 26% ammonia solution, you can dilute the 26% solution by adding water in the ratio of 1:2. This means for every 1 part of the 26% solution, you would add 2 parts of water. Mix well to ensure the solution is homogeneous.
To prepare a liter of 10% ammonia solution from the official strong solution: Calculate the volume of the concentrated ammonia solution needed using the dilution formula: C1V1 = C2V2. Measure the calculated volume of the concentrated ammonia solution and add distilled water to make a total volume of 1 liter. Mix thoroughly to ensure uniform distribution.
add 4 parts water per part solution
To convert a 10% sugar solution into a 5% sugar solution, you would need to dilute the original solution by adding a calculated amount of water. For example, to create 1 liter of 5% sugar solution from a 10% solution, you would mix 500ml of the 10% solution with 500ml of water.
No, 10 percent ammonia is not considered a quaternary ammonium compound. Quaternary ammonium compounds have four organic substituents bonded to a nitrogen atom, whereas ammonia (NH3) only has three hydrogen atoms bonded to a nitrogen atom.
The ion that causes the pH of 10 in ammonia solution is the hydroxide ion (OH-). Ammonia (NH3) acts as a weak base and reacts with water to produce hydroxide ions, which increase the pH of the solution.
There is 20mg of NaCl in 200mg of a 10% salt solution. To convert mg to g, divide by 1000: 20mg = 0.02g of NaCl.
The conversion factor is 10 million. To convert to ppb to percent, you divide by 10 million.The conversion factor is 10 million. To convert to ppb to percent, you divide by 10 million.The conversion factor is 10 million. To convert to ppb to percent, you divide by 10 million.The conversion factor is 10 million. To convert to ppb to percent, you divide by 10 million.
10 liters