25 distances
Each brand of paper towel has a different amount.
The least count of graph paper is determined by the smallest measurable unit on the paper, typically represented by the smallest division or grid square. This value is essential for accurately measuring distances and plotting points on the graph. The least count can vary depending on the type of graph paper, with common values including 1 mm, 0.5 mm, or even 0.1 mm.
You need more information. You need to know how much paper you are dealing with (a ream, or some other sheet count) and also the specific grade of paper. Reams of different paper can weigh differently.
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i think that it is because some compounds are more dense than others so they don't move that much or that far as others do. Whereas other compounds are "thinner" than some and can move with more ease causing them to travel greater distances. It also has to do with the amount of friction between the paper and the certain compound.
It depend on the density of the pigments.
The strips in paper chromatography represent the different components of a mixture being separated based on their solubility and affinity for the stationary phase. Each strip shows the individual compounds in the mixture as they travel at different rates through the paper due to their interactions with the mobile phase.
different dyes travel with different speed/rates on filter paper in paper chromatography as they have nothing to do with the filter paper as it is the stationary medium while the rates depends upon the interaction between the solute i.e., dyes and the mobile phase i.e., the solvent.
To separate the components in fountain pen ink, one common method is chromatography. This involves placing a small sample of the ink on a suitable material (like filter paper) and allowing a solvent to travel up the paper, separating the components based on their solubility and affinity for the solvent. The different components will travel different distances, creating distinct bands that can be analyzed.
Different colors of light travel at different speeds because they have different wavelengths. In mediums like air, water, or glass, shorter wavelengths (like blue and violet light) travel slightly slower than longer wavelengths (like red and orange light), leading to the separation of colors we observe in phenomena like rainbows or prisms.
Paper chromatography is a method used for separating out different components of solution. The most common classroom use for it is to visually see the different colored dyes in ink because the different colors will travel different lengths across the paper.
Colors show up on paper chromatography because different compounds in the mixture will travel at different rates on the paper. As the solvent moves up the paper, the compounds separate based on their affinity for the paper and the solvent, resulting in distinct colored bands that can be visually observed. Each compound absorbs different wavelengths of light, resulting in different colors being displayed.
Butanol is used as a solvent in paper chromatography because it can dissolve a wide range of compounds. It helps to carry the sample and allow it to migrate up the paper. Butanol also helps in separating the components of the sample by interacting differently with different compounds.
Burning paper is a chemical change. The paper reacts with Oxygen in the atmosphere to produce Carbon Dioxide, Water and other compounds [exactly which other compounds is dependent upon the composition of the burnt paper]
In paper chromatography, the substances are carried up the paper through capillary action. This is where the liquid solvent moves up the paper due to the attraction between the solvent and the paper. The components of the mixture travel at different rates, leading to separation based on differences in their affinities for the solvent and paper.
Yes, all are organic compounds.