It produces a bright yellow flame
The flame color of a Bunsen burner with sodium glutamate is typically a bright yellow due to the presence of sodium ions in the compound. Sodium compounds are known to produce intense yellow flame colors when burned.
The flame will go out as it is deprived of oxygen.
The color of the flame depends on the metal from the salt.
Sodium chloride is easily dissolved.
When sodium catches fire in water, it reacts vigorously to produce sodium hydroxide and hydrogen gas. The reaction is exothermic, causing the hydrogen gas to ignite, resulting in a small explosion and a burst of flame. It is important to exercise caution when handling reactive metals like sodium.
It goes away. You know this because fire needs oxegen to keep burning and that's why the flame goes out. Where does it go to? How did it get out of the jar? Are you sure the oxygen is not now part of the H2O that is now in the jar?
NOTHING
Metallic sodium reacts with water producing sodium hydroxide, hydrogen gas, and lots of heat. The hydrogen gas mixes with air and the heat ignites this mixture. Small amounts of sodium atoms are carried up into the flame, where the heat ionizes them. As these excited ions relax back to their ground state they emit yellow/golden color photons, giving the flame its hue.
Any reaction occur.
It will melt at first and then slowly start to vaporize
Mostly sodium chloride, but iodized salt will also contain sodium or potassium iodide. This is an additive put because iodine is a necessary nutrient that many people don't normally get enough of and is important for the health of your thyroid gland.
One way to test for sodium ions and potassium ions when both are present is to use flame tests. Each ion produces a unique colored flame when burned. Another method is to use ion-selective electrodes that can differentiate between sodium and potassium ions based on their specific affinity for the electrodes. Separation techniques such as ion exchange chromatography can also be used to separate and quantify sodium and potassium ions.