1.0 mL of water
50 milliliters
The molarity is o,2.
In dilute solutions... ie closer a solution is to pure water the closer molality and molarity come to equalling each other. This is because the molality uses mass and molarity uses volume, the ratio of these two (mass and volume) is density, and water has the density of 1 therefore the mass and volume are equal to each other. THEREFORE calculating the molarity of water is the same as calculating the molality of water.
Depending on the volume of water ! For 1 L, the molarity is approx. 0,1.
It is 11.6 mL.
A volume in milliliters cannot be converted to a length.
The density of water does not change when the volume changes. This is because density is a proportion of weight to volume. The density of water changes with temperature, but is approximately 1g/ml.
100ml of water will fill 100cm^3
It most certainly would affect the molarity of oxalic acid. When you change the volume, i.e. dilute, you decrease the molarity. It is the number of moles that doesn't change.
If that is in water, 7m l
That is 454 ml.
1 liter = 1000 milliliters 0.26 liters = 260 milliliters