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∙ 15y agoI'm not sure what you mean by "the presence of a solution." If the metal is simple dissolved in water (in the form of a metal salt for instance), than no, the flame test will still work fine. If you mean that there are other things present in the solution, then each element will still make the same color in the flame, but because the mixture of elements will provide a mixture of colors, it will be quite difficult to determine what is present in the mix (especially because of the way colors can combine to give new colors).
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∙ 16y agoYes, there is a relationship between the two. The color of the flame in a flame test is the result of the metal ion in the solution emitting light of a specific wavelength when heated. Each metal ion produces a characteristic color in the flame, which can be correlated to the color of the solution.
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∙ 15y agoThe colours of solutions are in no relation to the colours of the emitted light when these solutions are nebulized and led into the flame.
The colour of the solution is a result of the absorption of visible light, thus it's a subtractive colour. Electrons absorb a specific part of the visible (day-)light, and the part, that is not absorbed, shines through or is scattered. This results in a visible colour.
The emitted colour of a flame is a result of the emission of the contained elements, thus it is an additive colour. Electrons are excited by absorption of the heat of the flame. When they fall back into their non-excited state, they emit the absorbed energy in form of visible light.
As a result, the cause for the mentioned colour effects of solution and flame is completely different, and thus, independent.
You might find some more information following the provided link.
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∙ 11y ago
When you look directly at the color produced by the flame test, you are seeing a combination of all the colors that the metal produced, just as white light is a combination of all the colors of the rainbow.
The combination of colors produced by various metals can often be distinguished by eye by a trained observer. But if there is any doubt the spectrograph is more reliable. A spectrograph is very useful if there is a combination of metals producing the color.
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∙ 12y agoelectromagnatic spectrum are waves in order of wavelength or frequency
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∙ 11y agoprotons and electrons are nuclear elements , when tried to combine ina flame test it will explode.
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∙ 8y agoVisible light is a small section in the electromagnetic spectrum.
To detect a cause-and-effect relationship between a blue sky and a blue ocean, you could conduct an experiment where you vary the brightness or color of the sky artificially and observe how it affects the color of the ocean. This would involve controlling the lighting conditions or using color filters to simulate different sky colors and noting any corresponding changes in the ocean's appearance.
Yes, Benedict's solution needs heating to test for glucose. Heating helps to facilitate the reaction between glucose and the copper ions in the Benedict's solution, resulting in a color change that indicates the presence of glucose.
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
it means what color it turns after or before the experiment
The color of the paper changes based on the acidity or alkalinity of the solution it is dipped in. By comparing the color of the paper to a pH color chart, the pH of the solution can be determined.
no
The leaf will turn dark blue or black at the end of the experiment if it tests positive for starch.
To detect a cause-and-effect relationship between a blue sky and a blue ocean, you could conduct an experiment where you vary the brightness or color of the sky artificially and observe how it affects the color of the ocean. This would involve controlling the lighting conditions or using color filters to simulate different sky colors and noting any corresponding changes in the ocean's appearance.
In the dialysis tubing bag experiment, if glucose and I2KI are present inside the bag, the color of the I2KI solution will turn blue-black due to the reaction of iodine with starch present in the glucose solution. This color change indicates the presence of glucose inside the bag.
There are many different things that are measured and tested by the data collected in an experiment. Color changes are one thing that can be measured and tested for example.
Yes, Benedict's solution needs heating to test for glucose. Heating helps to facilitate the reaction between glucose and the copper ions in the Benedict's solution, resulting in a color change that indicates the presence of glucose.
The independent variable in the experiment is the treatment that is being applied to change the flower petals' color (e.g., dye, chemical solution). The dependent variable is the observed change in the color of the flower petals due to the treatment applied.
A clear solution indicates that the solution is translucent and light can pass through it without scattering, while a colorless solution means that the solution does not have any color. It is possible for a solution to be clear but still have a color (e.g., a clear blue solution), whereas a colorless solution will appear transparent without any hue.
To distinguish between these solutions: Copper sulphate solution will be blue in color. Sodium chloride solution will not exhibit any color and will form white crystals upon drying. Sodium nitrate solution will not exhibit any color and is typically used as an oxidizing agent. Sodium sulphate solution will not exhibit any color and may form white crystals upon drying.
There is no relationship between hair color and mental problems.
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
To detect the presence of tannic acid in tea, you can perform a simple experiment by adding a few drops of ferric chloride solution to the tea. If tannic acid is present, a blue-black color will form due to the formation of a complex between the tannic acid and ferric chloride. This color change indicates the presence of tannic acid in the tea.