Are you in my second period pre ap bio class? hahahaha i have the exact same question
No. Magnesium stearate is a compound of magnesium, carbon, hydrogen, and oxygen. Pure magnesium is a flammable, silver-colored metal.
Silver carbonate: Ag2CO3 Silver oxalate: Ag2C2O4
silvers turn black due to the reaction of sulphur present in hydrogen sulphide from air. --- Tarnish is silver oxide (rust) caused by a chemical reaction of oxygen and hydrogen sulphide with the surface of the silver. Unlike iron, silver will not rust in air absent of hydrogen sulphide.
Hydrogen, Carbon, Oxygen, Phosphorus, Sulphur, Magnesia (Magnesium), Iron, Zinc, Copper, Lead, Silver, Gold, Mercury, Platina (Platinum)
sodium is third to hydrogen and oxygen
Hydrogen, Helium, Carbon, Gold, Silver, Oxygen
Carbon is present in all known organisms, and is often considered the building block of all biological processes. Some other elements common in organic compounds are Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur.
#silver#
LI " and H "
hydrogen helium oxygen nitrogen phosphorus aluminium nickel calcium barium magnesium oxygen sulphur helium neon tin mercury
Iron, copper, cholride, carbon, gold, silver, iodine, nitrogen, hydrogen, oxygen, etc.
silver, carbon and oxygen
No. Magnesium stearate is a compound of magnesium, carbon, hydrogen, and oxygen. Pure magnesium is a flammable, silver-colored metal.
Silver carbonate: Ag2CO3 Silver oxalate: Ag2C2O4
elements
There are several different battery chemistries, each containing different elements. The common lead-acid battery used with engines contains lead, sulfur, oxygen, and hydrogen along with other elements used in making the case terminals and related components. Lithium batteries can contain lithium, manganese, oxygen, chlorine, carbon and hydrogen. Other lithium batteries can contain lithium, iron, sulfur, carbon, and hydrogen. Numerous other combinations are also used in commercial lithium batteries Other types of batteries include zinc oxide batteries, containing silver, zinc, oxygen and hydrogen
silvers turn black due to the reaction of sulphur present in hydrogen sulphide from air. --- Tarnish is silver oxide (rust) caused by a chemical reaction of oxygen and hydrogen sulphide with the surface of the silver. Unlike iron, silver will not rust in air absent of hydrogen sulphide.