It depends on how the solution is made. The typically noted makeup is a 1:3 ratio of nitric acid to hydrochloric acid. You could technically make aqua regia with different ratios of component acids, but the reactions wouldn't proceed at a ideal or predictable rate.
aqua regia is a solution of nitric acid+hydrochloric acid. ratio is 3:1.
The mixture of HNO3 and HCl in a 1:3 ratio respectively is known as "aqua regia". Although both component acids are clear, they form an orange solution when mixed. Aqua regia is highly corrosive and is most often used to dissolve gold...it's about the only thing that will.
The pure gold reacts with Aqua regia (HNO3+3HCl) and forms Au3+ ion
The silver will but not the plastic.
gold not reacts with water but reacts with Aqua regia HCl(3) : HNO3 (1)
Mixture of 1 part HNO3 + 3 parts HCl in concentrated aquous solution
Aqua regia is a mixture of HNO3 and HCl in 1:3 so solvent is water.
aqua regia is a solution of nitric acid+hydrochloric acid. ratio is 3:1.
Aqua regia ia mixture of HCl and HNO3. The expression solute/solvent in this case is not adequate.
The mixture of HNO3 and HCl in a 1:3 ratio respectively is known as "aqua regia". Although both component acids are clear, they form an orange solution when mixed. Aqua regia is highly corrosive and is most often used to dissolve gold...it's about the only thing that will.
very careful.
The classic solvent is aqua regia: 1 part HNO3 and 3 parts HCl (cocentrated acids).
The pure gold reacts with Aqua regia (HNO3+3HCl) and forms Au3+ ion
The silver will but not the plastic.
Aqua regia or royal water (mixture of conc. HCl and conc. HNO3 in the ratio of 3:1 by volume) 3HCl + HNO3 = NoCl+2 H2O + Cl . NoCl= nitrosyl chloride Cl= nascent chlorine
Rhodium is dissolved (but only partially and with difficulties) in aqua regia (1 part HNO3 + 3 parts HCl).
gold not reacts with water but reacts with Aqua regia HCl(3) : HNO3 (1)