it burns white, but when mixed with potasium nirtate, it burns purple/violet
Burning magnesium will result in a brilliant white light.
Cupric sulfate burns with a green flame.
One way to distinguish between sodium sulfate and ammonium sulfate is by performing a flame test. When sodium sulfate is heated in a flame, it will produce a bright yellow flame due to the presence of sodium ions. In contrast, when ammonium sulfate is heated in a flame, it will produce no distinctive color as ammonium ions do not impart a color to the flame.
Magnesium does not produce a color in the flame test because it emits ultraviolet light that is not visible to the human eye. The energy emitted by magnesium when heated is at a wavelength that is outside the visible spectrum, so it does not result in a characteristic color.
Magnesium, Mg, is a metal and sodium sulfate is a white powdery, soluble salt. They don't react with each other, so nothing is changed or produced.
Burning magnesium will result in a brilliant white light.
Cupric sulfate produces a blue-green flame color when burned.
The color of the flame produced by burning magnesium is a bright white.
When Magnesium chloride is burnt in a Bunsen flame, it imparts no colour in the flame.
The flame color for nickel sulfate is green. The green color is due to the presence of nickel ions in the compound.
The flame color of sodium sulfate is yellow. Sodium ions emit a yellow flame when heated in a flame test due to the presence of sodium in the compound.
Magnesium burns a bright white color.
The flame test is not used to detect magnesium; a magnesium oxide rod is used as a support for the solutions of other elements in the flame test.
it's white.
Cupric sulfate burns with a green flame.
The anhydrous magnesium sulfate is white, the heptahydrated salt is pink.
Pure magnesium sulfate is white.