Go find out for yourself.
magnesium+copper sulphate =no reaction
Magnesium sulphate is called தரிமிச்சக்கரை (Tharimichchakkarai) in Tamil.
Magnesium + sulphur -> magnesium sulphate
This is a simple displacement reaction - the more reactive magnesium displaces the less reactive copper from a solution of its salt. .... magnesium + copper sulphate ---> copper + magnesium sulphate Mg + CuSO4 ----> MgSO4 + Cu the blue colour of the copper sulphate will disappear and the silver coloured magnesium will be replaced by brown-red copper metal. Hope this helps. :)
when it reacts with leadoxide it become magnesuim oxide. this is because they lead and magnesuim have undergone a REDOx (reduction and Oxidation). the lead has been reduced and they magnesium has be oxidised!!!!!
No. Lead isn't an active metal as magnesium.
it will form magnesium sulphate + copper
No, but magnesium ribbon will react with copper sulphate
It makes magnesium sulphate, and copper.
No it will not displace it since magnesium is higher than iron in the reactivity series :D
The equation for the reaction between magnesium sulfate and zinc metal is: Zn + MgSO4 -> ZnSO4 + Mg In this reaction, zinc displaces magnesium from magnesium sulfate to form zinc sulfate and magnesium.
The reaction of sulfuric acid and magnesium produces hydrogen gas and magnesium sulphate. The acid attacks the metal, and the balanced equation for the reaction looks like this: Mg + H2SO4 → MgSO4 + H2 gas Sulfuric acid has 2 H+ ions and one SO4 ion. The sulphate ions react with the magnesium to produce magnesium sulphate, and H2 gas is released in the process.
magnesium+copper sulphate =no reaction
Magnesium sulphate is called தரிமிச்சக்கரை (Tharimichchakkarai) in Tamil.
A gas, often hydrogen. For example.H2SO4 + Mg > MgSO4 + H2Sulphuric Acid + Magnesium > Magnesium Sulphate + HydrogenThe Hydrogen is the excess gas
Magnesium + sulphur -> magnesium sulphate
Lead can react with salts containing chloride, sulfate, and nitrate ions to form lead chloride, lead sulfate, and lead nitrate, respectively. These reactions typically result in insoluble lead compounds that may precipitate out of solution.