What Is the Ph of a 6.50x10-3 M Koh Solution?

A 6.50x10-3 m KOH solution has a pH of 10.35.

6.50x10-3 m KOH solution is 0.065 molar.

A 6.50x10-3m KOH solution is a very dilute solution of potassium hydroxide in water. The molality of this solution is therefore very low, at approximately 0.06 molality.This means that there are very few molecules of potassium hydroxide dissolved in the water, and the solution is therefore not very concentrated. The majority of the solution is made up of water molecules, with only a small amount of potassium hydroxide present. This solution would be considered to be relatively safe to handle, as the potassium hydroxide concentration is so low.

The density of a 6.50x10-3 m KOH solution is 1.08 g/mL. This means that for every 1 mL of solution, there is 1.08 grams of KOH. This is a fairly concentrated solution, and so it is important to be careful when handling it.

The molar mass of KOH is 56.10 g/mol. This means that in a 6.50x10-3 m KOH solution, there are 0.0365 moles of KOH. To find the mass of KOH in the solution, we multiply the moles of KOH by the molar mass of KOH. This gives us 2.05 grams of KOH in the solution.

A 6.50x10-3 m KOH solution is a very dilute solution of KOH. The volume of this solution is very small, but it is still able to react with acids and bases. This solution would be used in a laboratory setting to determine the molarity of a given acid or base.

At room temperature, the boiling point of a 6.50x10-3 m KOH solution is 273.15 Kelvin. This is the temperature at which the molecules in the solution have enough energy to overcome the intermolecular forces that are holding them together, and they begin to escape into the vapor phase. The vapor pressure of the solution at this temperature is 1 atmosphere.

At 6.50x10-3 m, the freezing point of a KOH solution is -21.8°C.