The reaction depends on the solution, if there is a reaction at all.
- a chemical reaction is possible, with the formation of a precipitate or with the release of a gas
- a mixture of liquids is formed
it explodes
it disolves
No, mass is not the reason why solutions don't mix. Solutions will not mix if they are immiscible, which means that the molecules of the two solutions do not interact with each other. This can be due to the following reasons: Different physical states: One solution may be a gas and the other a liquid, so they will not mix together. Chemical incompatibility: The molecules of one solution may not interact or be attracted to the molecules of the other solution, so they will not mix. Different densities: Solutions with different densities will not mix because the more dense solution will settle at the bottom.So, mass is not the reason why solutions don't mix; it is the chemical and physical properties of the solutions that determine if they are miscible or not.
An insoluble compound (as a precipitate) is formed.
They won't mix. The polar and non-polar solvents will stay apart, forming a clearly visible interface between the two liquids. E.g: If you mix water and oil, water will fall to bottom, and oil will stay in top. If you shake the flask, the oil will form "drops" into the water, but it won't mix. If allowed to stand, the two liquids will return to its original layout.
The pressure will equalise and the two gases will mix.
When you mix two different solutions. You get crystalline solution.
Immiscible.
miscimble or something like that!
No, mass is not the reason why solutions don't mix. Solutions will not mix if they are immiscible, which means that the molecules of the two solutions do not interact with each other. This can be due to the following reasons: Different physical states: One solution may be a gas and the other a liquid, so they will not mix together. Chemical incompatibility: The molecules of one solution may not interact or be attracted to the molecules of the other solution, so they will not mix. Different densities: Solutions with different densities will not mix because the more dense solution will settle at the bottom.So, mass is not the reason why solutions don't mix; it is the chemical and physical properties of the solutions that determine if they are miscible or not.
An insoluble compound (as a precipitate) is formed.
They won't mix. You will get two separate layers of liquid.
They won't mix. The polar and non-polar solvents will stay apart, forming a clearly visible interface between the two liquids. E.g: If you mix water and oil, water will fall to bottom, and oil will stay in top. If you shake the flask, the oil will form "drops" into the water, but it won't mix. If allowed to stand, the two liquids will return to its original layout.
You can mix powders of borax and sugar or the solutions.
Osmosis is controlled by the permeability of the osmotic membrane and the equilibrium of the solutions on either side of the membrane. If the solutions have unequal concentrations or osmotic pressures, and the molecules in the solution can pass through the membrane, then the solutions will mix until both sides have equal concentrations. If the membrane is impermeable, then nothing will happen.
Two cases in which this can typically happen (there are others as well) are: 1. The equation includes a square. Example: x2 = 25; the solutions are 5 and -5. 2. The equation includes an absolute value. Example: |x| = 10; the solutions are 10 and -10.
The pressure will equalise and the two gases will mix.
When you mix two different solutions. You get crystalline solution.
stir rod