Nothing would happen.
when you mixed liquid to another liquid its mix together
white sugar becomes salty when you mixed it together
Sodium will react with chlorine to give you sodium chloride. Sodium will burn out. That means it is exothermic reaction. The argon is noble gas. argon will not take part in the chemical reaction or in the process of burning. Argon will act as a medium to dilute the chlorine. The end products will be same. The time to complete the burning will be little more, when chlorine is diluted with argon gas. This is just like carbon burning in the air and in pure oxygen. Carbon burns brighter in pure oxygen.
It turns blue in color. Because of Ammonia reacts with Cu+2.
The chemical reaction is, Fe(s) + CuSO4(aq) = FeSO4(aq) + Cu(s). This occurs when the copper and iron are mixed together. The iron displaces some of the copper from its compound and the iron acts like this because it is more reactive than copper is.
Farts Happen
Since argon is a noble gas, I wouldn't expect much to happen; specifically, I wouldn't expect any chemical reaction.
copper nitrate
When tin and copper are mixed together to form bronze, they change in that their product is much tougher and stronger.
1. Ammonia (gas, NH3) and copper (solid, Cu) cannot be mixed. 2. Ammonia can react with copper salts in water solutions.
Tin and copper.
no
when molten copper and zinc are mixed together in a particular ratio then on solidificationBrass is obtained.
When people mixed Tin and Copper together.
when you mixed liquid to another liquid its mix together
white sugar becomes salty when you mixed it together
Sodium will react with chlorine to give you sodium chloride. Sodium will burn out. That means it is exothermic reaction. The argon is noble gas. argon will not take part in the chemical reaction or in the process of burning. Argon will act as a medium to dilute the chlorine. The end products will be same. The time to complete the burning will be little more, when chlorine is diluted with argon gas. This is just like carbon burning in the air and in pure oxygen. Carbon burns brighter in pure oxygen.