NH4Cl should not have an impact on a flame thus will emit a orange/yellow glow.
Sodium chloride does not impart a distinct color to a flame test. When sodium chloride is subjected to a flame test, it typically results in a bright yellow flame due to the presence of sodium ions, rather than the chloride ions.
A: If you put a piece of copper wire on any type of flame (most preferably cooking flames), then you would observe that they produce a green color in the flame. Sometimes, it might give youa blue tinge but if it doesn't, it doesn't mean that there's something wrong with the copper you're using.
In flame tests, the color observed is primarily due to the emission of light by excited metal ions in the flame. Sodium ions in all these compounds (sodium chloride, sodium nitrate, and sodium chloride solution) emit a characteristic yellow color in flame tests. Therefore, they impart the same color in a flame test.
I give an example for ammonium salt ....hmm.... lets just take ammonium chloride as an example . How about alkali ? I take calcium hydroxide as an example for alkali . Calcium hydroxide is formed when calcium oxide reacts with water whereas ammonium chloride is formed when hydrochloric acid reacts with ammonia solution . Calcium hydroxide (alkali) + ammonium chloride (ammonium salt) --> calcium chloride + carbon dioxide + water .
Selenium nitrate typically gives a pink or reddish flame color when subjected to a flame test.
Sodium chloride does not impart a distinct color to a flame test. When sodium chloride is subjected to a flame test, it typically results in a bright yellow flame due to the presence of sodium ions, rather than the chloride ions.
The yellow color of the flame is due only to sodium.
When flame tested, Sodium ions range from a yellow to a bright orange flame and Potassium ions give a lilac or light purple flame. Neither the Sulphate nor the Chloride ions should have emission spectra in the visible range.
Copper chloride typically gives a blue-green flame color when burned.
A: If you put a piece of copper wire on any type of flame (most preferably cooking flames), then you would observe that they produce a green color in the flame. Sometimes, it might give youa blue tinge but if it doesn't, it doesn't mean that there's something wrong with the copper you're using.
In flame tests, the color observed is primarily due to the emission of light by excited metal ions in the flame. Sodium ions in all these compounds (sodium chloride, sodium nitrate, and sodium chloride solution) emit a characteristic yellow color in flame tests. Therefore, they impart the same color in a flame test.
Potassium ions are responsible for the characteristic violet color observed in flame tests. Both potassium oxide and potassium chloride contain potassium ions that emit the same color of light when heated in a flame due to the same electronic transitions in the potassium atoms.
Strontium chloride will burn in a Bunsen burner flame to give a brick red non-luminous color.
Sodium hydroxide does not produce a distinct color in a flame test. It is the sodium ions that give a bright, persistent yellow color to the flame.
Sodium sulphate gives a yellow flame test, and potassium chloride gives a lilac flame test.
I give an example for ammonium salt ....hmm.... lets just take ammonium chloride as an example . How about alkali ? I take calcium hydroxide as an example for alkali . Calcium hydroxide is formed when calcium oxide reacts with water whereas ammonium chloride is formed when hydrochloric acid reacts with ammonia solution . Calcium hydroxide (alkali) + ammonium chloride (ammonium salt) --> calcium chloride + carbon dioxide + water .
Selenium nitrate typically gives a pink or reddish flame color when subjected to a flame test.