Slippery
A solution of ammonia is basic, no matter the concentration.
The water solution of potassium nitrite is a weak base.
The cation of a strong base removes a proton from to make a basic solution.The anion of a weak acid removes a proton from to make a basic solution.Water removes a cation from salt to make a basic solution. Which is the correct answer??
I believe it should be a basic solution... When you have metals with a weak acid's anion, you receive basic solution in water.... HClO2, chlorous Acid, is a weak acid. The Potassium, K an alkali metal, is now where the H+ was, making it KClO2 and that acts as a base in water
No, it's high on the ph scale so it would be really basic because it's far from the neutral of 7.
Salts can create acidic or basic solutions by containing a conjugate base and a weak acid, which when dropped in a solution of water reacts with the water to form a solution with a pH greater than seven.
A buffer solution is a solution that resists changes in pH caused by the addition of acid or alkali. There are two types of buffers: 1. Acidic 2. Basic Acidic buffers comprise of a weak acid and its salt. eg. ethanoic acid and sodium ethanoate. Basic Buffers comprise of a weak base and its conjugate salt. eg. aqueous ammonia and ammonium chloride.
If they are mixed so that they neutralize each other the solution is acidic.
KI or potassium iodide will be basic in solution because it is the product of KOH (a strong base) and HI (a weak acid.)
The reactants are a strong base and a weak acid.
weak