Of Course it is. why? because the anions are ionized atoms. They are atoms with positive charge, an ionized atom give off visible wavelengths that can be seen by naked eye. (sometimes blue , red , yellow , green). a flame is sufficient to ionized an atom that's why an element produce its own color.
im not sure what radicals means, but a the presence of a specific metal powder or putina can change the clor of the flame, for examply :copper=green. zinc =blue/pink...
There are many different chemical reactions which affect the color of chemicals that undergo those reactions.
Simply put, the products are a different color from the reactants. For example, when copper reacts with a silver nitrate solution it turns the solution from colorless to blue. This is because while the silver ions (Ag+) do not affect the solution while the copper ions (Cu2+) released by the reaction are blue in the presence of water.
blue-black color indicates the presence of starch
red
It is used to indicate any presence of fat in the substance you are testing and if there is any present it will change to a different color.
color
indicators are dyes that have one color in acidic medium and different color in a basic solution.so it cannot have any effect on any of the solution because it is colorless
there will be change in the color for iodine into blue,black because of the presence of starch in it.
there will be change in the color for iodine into blue,black because of the presence of starch in it.
there will be change in the color for iodine into blue,black because of the presence of starch in it.
there will be change in the color for iodine into blue,black because of the presence of starch in it.
there will be change in the color for iodine into blue,black because of the presence of starch in it.
there will be change in the color for iodine into blue,black because of the presence of starch in it.
The color does not specifically affect how they burn. What DOES impact it is the composition of the candle. Incidental to candles having different compositions is that they may be of different colors - but the difference in they way they burn is not because of the color, it is because of what they are made of.
Blood gets its color from the presence of oxegenated iron.
It is not the anions (e.g. iodide) that are responsible for the flame test color, rather the cations such as sodium ion, potassium ion and calcium ion give you different colors.
There are many different chemical reactions which affect the color of chemicals that undergo those reactions.