There are three major factors:
Abundance: the rarer the metal is, the more expensive it will be.
Demand: the greater the need or desire the more expensive the metal.
Extraction: the harder a metal is to extract from its ore, the more expensive it is.
No. Iron is a more reactive metal than silver, so the iron will replace the silver in the silver nitrate solution, forming an iron nitrate solution and solid silver. Eventually, the iron container will be gone, its atoms having gone into the iron nitrate solution.
Silver is a shiny, white metal that is softer and more malleable than iron, which is a dull gray metal with a harder and more resistant structure. You can also use a magnet to distinguish between the two, as iron is magnetic whereas silver is not.
Silver carbonate is not typically used to remove iron impurities. Iron impurities are often removed using processes such as precipitation, filtration, or chemical reactions with specific reagents tailored for iron removal. Silver carbonate is more commonly used in other applications such as in organic synthesis or as a component in silver-based compounds.
It mostly has to do with the rarity of the two and supply and demand. Silver is significantly more rare than Iron, and thus is more desirable. With less supply to meet the demand, it is more pricey. Also, silver and other precious metals (gold, platinum) are considered more valuable because they are excellent conductors. The technological age calls for more metals with conducting properties for circuit boards and other electronic components. As a result, they are in more demand than the Industrial Era's iron.
Silver is less reactive than hydrogen and iron in dilute acid solution, so it does not displace them. Silver does not easily donate electrons to form silver ions in acidic conditions, whereas both hydrogen and iron are more reactive and readily undergo redox reactions in the presence of acid. This difference in reactivity means that silver cannot displace hydrogen or iron in dilute acid solution.
Silver. because silver is good conductor of heat.
Silver is more dense because silver is around 10.5g/cc, an iron around 7g/cc. silver atomic number 47, where as iron is 26. This means the nucleus will be much heavier, but also take up more space.
Iron is several times more active than silver.
No. Iron is a more reactive metal than silver, so the iron will replace the silver in the silver nitrate solution, forming an iron nitrate solution and solid silver. Eventually, the iron container will be gone, its atoms having gone into the iron nitrate solution.
Yes, iron is more dense than silver. Iron has a density of about 7.87 g/cm^3, while silver has a density of about 10.49 g/cm^3.
Silver is a shiny, white metal that is softer and more malleable than iron, which is a dull gray metal with a harder and more resistant structure. You can also use a magnet to distinguish between the two, as iron is magnetic whereas silver is not.
Silver carbonate is not typically used to remove iron impurities. Iron impurities are often removed using processes such as precipitation, filtration, or chemical reactions with specific reagents tailored for iron removal. Silver carbonate is more commonly used in other applications such as in organic synthesis or as a component in silver-based compounds.
It mostly has to do with the rarity of the two and supply and demand. Silver is significantly more rare than Iron, and thus is more desirable. With less supply to meet the demand, it is more pricey. Also, silver and other precious metals (gold, platinum) are considered more valuable because they are excellent conductors. The technological age calls for more metals with conducting properties for circuit boards and other electronic components. As a result, they are in more demand than the Industrial Era's iron.
it is more costly to mine because you have to get scuba gear and mining stuff.
Zinc will corrode the easiest among zinc (Zn), iron (Fe), and silver (Ag). This is because zinc is more reactive than iron and silver, making it more prone to oxidation and corrosion in the presence of moisture and oxygen.
When iron and silver are mixed together, an alloy called steel is formed. Steel is a combination of iron and carbon, with the addition of silver resulting in a stronger and more corrosion-resistant material.
Silver is slightly more reactive than gold, although they are both very unreactive. Assuming that the gold nitrate exists, because it would be very rare, silver would react with it and displace it. The products formed will be silver nitrate and gold.