The number of chemical reactions that are possible to cause corrosion are beyond the scope of an internet questions. I do, however, know what is causing the metal to rust. Your "pool chemicals" are likely some acids and bases for pH up or down, a total alkalinity adjuster, and some shock chemicals containing chlorine. Chloride ions in solution are particularly good at being electron sink (a place for electrons to go). In contrast, metal alloys contain various metal atoms with different oxidation potentials that are a great electron source. The presence of chloride, and probably chlorine gas from the bottles, in the same area as metals is the reason for the corrosion. pH up or down chemicals will also cause rust, but most likely the problem is the chlorine. Clean off the metal surfaces and paint them with metal paint or find an alternate place for pool chemical storage.
Two possibilities: - forming a mixture - a reaction occur
yes
A reaction that produces gas is called a gas-evolving reaction or a gas-forming reaction.
it is used to crate other materiels such as plastic bags and chemicals for forming
No, the formation of bubbles in a soda is not an example of an exothermic reaction. It is actually a result of a physical process called carbonation, where carbon dioxide gas is dissolved in the liquid under pressure.
- forming a homogeneous solution- forming a precipitate by chemical reaction- sedimentation of an insoluble phase, without chemical reaction
Two possibilities: - forming a mixture - a reaction occur
yes it is
Piping material used for forming gas would be 316L stainless steel.
precipitation reaction
The soil is fertile because the chemicals are forming
These chemicals depend on the rocks forming the aquifer
Stainless steel pans do not need seasoning. In fact, they should not be seasoned. The smooth coating which prevents rust from forming should be kept clean.
The primary reaction is hydrogen "burning" and forming Helium
The soil is fertile because the chemicals are forming
yes
A reaction that produces gas is called a gas-evolving reaction or a gas-forming reaction.