It depends what sort of solution and what sort of chromatography.
Assuming it's something simple like ink you'd usually use a piece of paper or filter paper. You'd apply a spot of your analyte (the solution being analysed) at a short distance from the bottom of the paper, then put the paper in a beaker or similar container with a small amount of ethanol, water or another solvent in the bottom. Ensure that the solvent does not go above the level of the spot of analyte.
The solvent will be drawn up through the paper by capillary action, and will draw the different parts of the analyte with it and deposit them at different distances from the initial spot. Stop the experiment by removing the paper from the beaker once the solvent front (the horizontal line where the highest wet part of the paper is) reaches the top of the paper.
A green-colored solution would show the highest transmittance in the green region of the visible spectrum, corresponding to wavelengths around 500-550 nanometers. This is because the solution absorbs other colors and transmits green light.
no
Since insoluble dyes do not move with the solvent front during chromatography, they do not have an Rf value. Rf values are only calculated for substances that show movement during chromatography.
On maps, these colors often show land, vegetation, cities, mountains, and many other features.
show solution convert 0.015 km to mm
8 different colors
3
It depends on the concentration of the ammonia solution as the universal indicator can show a huge variety of colors.
A green-colored solution would show the highest transmittance in the green region of the visible spectrum, corresponding to wavelengths around 500-550 nanometers. This is because the solution absorbs other colors and transmits green light.
the origin for show your true colors is simple its dont give up show who you are show your true colors :)
because they doesnot show the absorbane at that nenometer
An 8 bit colour display can show 256 colours.
Show Your Colors was created on 2009-05-06.
Universal indicator is typically a mixture of several indicators that change colors at different pH levels. It transitions through a variety of colors depending on the pH of the solution, ranging from red at low pH to violet at high pH.
no
Colors that show up on black are typically bright or light colors, such as white, yellow, red, or neon colors. These colors stand out against the dark background of black.
To show how colors are related to one another as well as to show all of the colors.