There are two liquids in periodic table. They are mercury and bromine.
Immiscible liquids are liquids that don't dissolve in one another. Two examples of immiscible liquids would be alcohol and water and gasoline and water.
To predict the density when mixing two liquids, you can use the equation for calculating the final density of a mixture: ρ_mix = (V_1 * ρ_1 + V_2 * ρ_2) / (V_1 + V_2) where ρ_mix is the final density of the mixture, ρ_1 and ρ_2 are the densities of the two liquids, and V_1 and V_2 are the volumes of the two liquids.
The observation that liquids can flow and take the shape of their container supports the inference that liquids are composed of small particles in motion. This behavior suggests that the particles making up the liquid are moving and sliding past each other.
No and yes. If the two liquids do not react chemically then its a physical change, called the enthalpy of mixing, heat of mixing, which can be exothermic or endothermic. If the two liquids react then the heat produced would be chemical.
the two kinds of observation are: quatitative observation and: qualitative observation
the two kinds of observation are: quatitative observation and: qualitative observation
qualitative observation and quantitative observation
Your Five Senses .You dont have common senses! You know observation? So Just Like that!Observation , by your five senses Mgabobo
qualitative observation and quantitative observation
I know the answer..but I only know the one kind of observation and that's QUALITATIVE OBSERVATION..
No, it is not two liquids. It is two types of mixtures.
The purpose of the vial of immiscible liquid in the experiment is to create a clear boundary between two liquids that do not mix, allowing for the observation of how substances interact at their interface.
Your liquids are immiscible.
Two completely miscible liquids form a homegeneous solution.
You can separate two immiscible liquids using the method of fractional distillation if the 2 liquids are having an appreciable difference in their boiling points.
miscible