I guess it's getting hotter and then it gets so hot that it burns and then turns black 'caus of heat from the volcanic area.
Copper wiring can turn black due to oxidation, which occurs when the copper comes into contact with air and moisture. This chemical reaction forms a layer of copper oxide on the surface of the wire, giving it a black appearance. It is a natural process and does not affect the conductivity or performance of the wiring.
Phosphorus is an element that turns white when exposed to air. When pure, it is a colorless and transparent waxy solid.
copper,and some precious metals, when exposed to air, turn black, like silver(completely turns black when exposed to air),gold(black spots appear),and others,maybe platinum.
Bromine
Oxide is not an element . Copper plus oxygen eaquals copper oxide .Pure copper exposed to oxygen turns greenish .
The metal you are referring to is likely copper. When exposed to air, copper reacts with oxygen to form copper oxide, which gives the metal a dark black or greenish color. This process is known as oxidation.
The Statue of Liberty is made out of a copper element. When copper erodes or is exposed to oxygen progressively, it turns green.
The Statue of Liberty is made out of a copper element. When copper erodes or is exposed to oxygen progressively, it turns green.
When an egg is boiled in volcanic hot lakes, the high temperatures cause the iron in the eggshell to react with hydrogen sulfide in the volcanic water, forming iron sulfide. Iron sulfide has a black color, which is why the eggshell turns black during this process.
Copper will turn green when it's exposed to sodium chloride or salt.
When copper is exposed to the elements, it reacts with oxygen and moisture to form a patina called copper oxide, which gives it a greenish color. This process is known as oxidation and is a natural occurrence with copper.
Yes, when copper is exposed to the environment, it undergoes a process called oxidation, resulting in the formation of a greenish layer called patina. This patina is a protective layer that helps prevent further corrosion of the copper surface.