The light blue color of a solution of CuSO4 in water is due to absorption of yellow light by a coordination complex of water and copper cations. When NH3 is added, the water molecules in the coordination complex are replaced by ammonia molecules, and the resulting complex absorbs yellow light more strongly than the original one.
The addition of NH3 to a blue CuSO4 solution forms a complex ion called [Cu(NH3)4]2+ which has a deeper blue color. This complex ion results from the ammonia molecules replacing water molecules around the copper ion in the solution, causing a shift in color.
When an acid is added to water, the resulting solution is acidic. When a base is added to water, the resulting solution is basic. If a neutral substance is added to water, the resulting solution will still be neutral.
An unsaturated solution contains less solute than its capacity to dissolve. This type of solution can still dissolve more solute if added, as it has not reached its maximum concentration.
No, salt does not disappear in water. When salt is added to water, it dissolves to form a salt solution. The salt particles are still present in the water, but they are not visible to the naked eye.
it is a solution, seeing as they are still one chemical. if you mis a solute with a solvent you get a solution.
The color of potassium permanganate does not disappear when excess ethanol is added because ethanol cannot fully reduce potassium permanganate. While ethanol can partially reduce potassium permanganate to form manganese dioxide, the color remains because there is still some potassium permanganate present in the solution.
Deeper Still was created in 2002.
When a strip of magnesium metal is placed in a solution of copper sulfate, a redox reaction occurs. The magnesium metal undergoes oxidation to form magnesium ions, while the copper ions in the solution are reduced to form copper metal. This results in a displacement reaction where the more reactive magnesium displaces the less reactive copper from the solution.
It will still fizz, but fizz less the more water is added to the vinegar (acid) solution. Vinegar is already a diluted solution of acetic acid, and is mostly water.
If a drop remains hanging from the tip of the burette after the solution has been added to the flask, it could lead to inaccuracies in the volume measurement since that drop has not been delivered into the flask. To ensure accurate measurements, it is important to wait until the drop completely detaches from the tip before stopping the titration.
No pit is so deep that the love of God is not deeper still.
It might. It depends on what the average temperature is. If it is warmer but still below freezing, then frost can continue to go deeper. Warm temperatures do not CAUSE frost to go deeper though.
No more solute can be dissolved in the solvent. If you have ever added a lot of sugar to a drink, you would find that no matter how much you stirred, there would still be undissolved sugar at the bottom of the glass. The drink is a saturated solution- no more sugar will dissolve in it.
It's completed online.
they are real and still might live today in the deeper ocean parts
A solution of a conjugate acid-base pair acts as a buffered solution because it contains both the weak acid and its conjugate base. When an acid or base is added, the conjugate pair can react to minimize changes in pH by undergoing equilibrium shifts, thus maintaining the solution's pH relatively constant. This buffering action helps resist large fluctuations in pH levels.
When copper sulfate reacts with sulfuric acid, a double displacement reaction occurs. The copper ion from copper sulfate combines with the sulfate ion from sulfuric acid to form copper sulfate again, while the hydrogen ion from sulfuric acid combines with the remaining sulfate ion to form sulfuric acid.
It is still oxygen, merely dissolved into a solution of oxygen and whatever else is in the solution.