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Can you determine lithium and calcium using photoelectric flame photometer?
Yes, it is possible.
What are the sources of flame photometer?
The sources of flame photometer errors include variations in flame temperature, sample aspiration rate, and flame stability. Other sources can include interferences from other elements in the sample, improper instrument calibration, or sample contamination. Regular maintenance and calibration can help minimize these errors.
What is the major difference between the colours of flames produced by alkali metal with that of calcium when performing flame tests?
The major difference is the color of the flame produced. Alkali metals typically produce a lilac or purple flame, while calcium produces an orange-red flame. This difference is due to the unique electronic configurations and energy levels of the atoms in each element.
Energy flows from a Bunsen burner flame to the water because there there is a?
Energy flows from the Bunsen burner because heat is given off, creating a chemical reaction between the water and flame. This causes the water to heat up until the flame reaches 100 degrees and then the water boils (this is the waters boiling point).
Difference between blue flame and yellow flame?
A blue flame is typically indicative of complete combustion, where the fuel is burning efficiently with sufficient oxygen. In contrast, a yellow flame is a sign of incomplete combustion, suggesting that there is not enough oxygen for the fuel to burn completely, leading to the production of soot and potentially harmful byproducts.
What was improved by the introduction of the flame atomic absorption photometer?
The flame photometer
What color flame does potassium ions produce in a flame emmision photometer?
Potassium ions produce a lilac flame in a flame emission photometer. The presence of potassium in a sample can be detected by observing this characteristic color emission when the sample is introduced into the flame.
Does photometer used in any clinical laboratory?
Photometer is an equipment commonly used on a clinical laboratory. It has different kinds which can do certain jobs like testing blood samples. The examples of photometer used in a clinical laboratory are the flame photometer and Hemoglobin Photometer.
Can you determine lithium and calcium using photoelectric flame photometer?
Yes, it is possible.
What are the sources of flame photometer?
The sources of flame photometer errors include variations in flame temperature, sample aspiration rate, and flame stability. Other sources can include interferences from other elements in the sample, improper instrument calibration, or sample contamination. Regular maintenance and calibration can help minimize these errors.
What color flame does potassium ions produce in a flame emission photometer?
Potassium ions produce a lilac or light pink flame when using a flame emission photometer. The color is distinct and helps to identify the presence of potassium in a sample based on the emission spectrum produced when the sample is exposed to heat in the flame.
Is there a real difference between flame-retardant and inflammable bedding?
There is a real difference. A flame-retardant bedding has filler that is not flame resistant, but the outer later is flame resistant. As for inflammable bedding, both the filler and the outer layer are both flame resistant.
What is the difference between a blue flame and a yellow flame?
the blue flame is hoter than the yellow flame.http://en.wikipedia.org/wiki/Flame hope this gives u the right picture
What is the difference between a goldfish and the flame of a burning candle?
the goldfish is a living thing
What is the difference between fire retardant and flame retardant coveralls?
Flame retardant means the material will burn at a slow rate. However, flame resistant is defined as resisting flames and the power to withstand any type of flame.
What is the difference between the top and bottom of a Bunsen burner flame?
one side shoots out flames
What are advantages and disadvantage of flame photometer?
Advantages are that it is cheap, quick and one of the simplest spectrometers. Perhaps the last point could be seen as a disadvantage... Does any one know any disadvantages? you need to create standard solutions, needs to be repetively diluted, have to heat it(in some cases) these are some i can think of :P
