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An insoluble salt added to water remain as a residue at the bottom of the beaker.
When poured into water glycerol also a liquid falls to the bottom of the beaker
Any more solute added to the water without changing the temperature forms crystals at the bottom of the solution.
we did that experiment in our chemistry lab! and from what i remember we just put the salt water in a beaker covered it with this glass cover and heated the water but not boiled i don't think and when all the condensation is off the bottom of the glass cover(it will turn a kind of crusty white) then you have the salt is left over when the water is all gone in the bottom of the beaker!let me know if this helped!
The volume of the water in Beaker X will be 100cm3, as you are not adding any more water to the equation (50X+100Y is not 150Y or X, but 50X+100Y) The total volume of matter in Beaker X will be 150cm3, and if the beaker is labelled, the volume measure will indicate 150cm3 due to the displacement of water. But as the answer to your question, the volume of water in Beaker X must be 100cm3 even though visual indicators will not show this due to the displacement of water by marbles
They will diffuse equally throughout the beaker
Water can be condensed on the bottom of the glass cover.
A pure substance
Let's define the conditions more specifically. You have a beaker of pure water at room temperature into which you pour table salt (NaCl). At first, all the salt dissolves into Na+ and Cl- ions. After a certain amount of salt is added, you notice that NaCl is precipitates from the water and settles on the bottom of the beaker. At this time, the water above the salt crystals still contains dissolved Na+ and Cl- ions. The water may be called a supernatant liquid. Super means "over", and natant is a variant of "natare", Latin for "to swim". Also recognize that water can be trapped in between the crystals on the bottom of the beaker. This liquid is interstitial, which means it is in narrow spaces between salt crystals. The same terminology is appropriate for water above centrifuged crystals.
Inform their teacher and then throw the beaker in the broken glass
no its unbelieveable
An insoluble salt added to water remain as a residue at the bottom of the beaker.
When poured into water glycerol also a liquid falls to the bottom of the beaker
tell your teacher that the beaker is cracked because your teacher would probably know what to do and if you throw it away you might get in trouble.
All the water in a solution of salt water evaporates leaving a lot of crystals in the bottom of the dish.
Any more solute added to the water without changing the temperature forms crystals at the bottom of the solution.
we did that experiment in our chemistry lab! and from what i remember we just put the salt water in a beaker covered it with this glass cover and heated the water but not boiled i don't think and when all the condensation is off the bottom of the glass cover(it will turn a kind of crusty white) then you have the salt is left over when the water is all gone in the bottom of the beaker!let me know if this helped!