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The reference solution in a chemistry lab is the solution that is always present in the experiment, and it doesn't go away while you are testing other solutions. It is kind of like a base camp for your experiment; you're always starting off or going to include it.
The molarity of solution is the number of moles of solute per liter of solution. M (molarity ) = n / V = moles of solute / liters of solution = x.xxx M Thus, solutions can have different molarities because they can have different amounts of solute (in moles) per liter of solution.
solutions have more gasses then homogeneous
Different solutions have different pH levels. A solution can either be acidic or bascic, but water i niether, it is nuetral.
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.
There are many different types of solutions. Some examples of different solutions are isotonic solutions, hypertonic solutions and hypotonic solutions.
In an aqueous solution the solvent is water.
the kinds of solutions are saturated and saturated.
it might have a different solution
Salt solutions are used in osmosis experiment to show that water will move to the side that has more salt. "Water follows salt."
basic solutions have more bases in them, molecules that release 0H- ions in the solution. acidic solutions have more acids, molecules that give off H+ ions in the solution
The reference solution in a chemistry lab is the solution that is always present in the experiment, and it doesn't go away while you are testing other solutions. It is kind of like a base camp for your experiment; you're always starting off or going to include it.
solutions have more gasses then homogeneous
The molarity of solution is the number of moles of solute per liter of solution. M (molarity ) = n / V = moles of solute / liters of solution = x.xxx M Thus, solutions can have different molarities because they can have different amounts of solute (in moles) per liter of solution.
Different solutions have different pH levels. A solution can either be acidic or bascic, but water i niether, it is nuetral.
A true solution is a homogeneous mixture.
A true solution is a homogeneous mixture.