Using your observations, calculate the percentagecomposition of the hydrated copper(II) sulfate

Calculate the of hydrated copper(II) sulfate, .

The formula for crystals of hydrated copper(II) sulfate is CuS*O_{4} * 5H_{2}*O Hydrated copper(II) sulfate is made by reacting copper(II) oxide with dilute sulfuric acid,The overall equation is shown.CuO+H. S*O_{4} + 4H_{3}*O -> CuS*O_{4} * 5H_{3}*OThe crystals are made using the following steps:step 1 50c * m ^ 2 of 0.2mol / d * m ^ 2 dilute sulfuric acid is heated in a beaker. Powdered copper(II) oxide is added until the copper(II) oxide is in excess. Aqueous copper(II) sulfate is formed.step 2The excess copper(II) oxide is separated from the aqueous copper(II) sulfatestep 3The aqueous copper(11) sulfate is heated until a saturated solution is formed.step 4The saturated solution is allowed to cool and crystallise.The crystals are removed and dried.step 5Calculate the maximum mass of copper(II) sulfate crystals, CuS*O_{4} * 5H_{2}*O that can form using the following steps.Calculate the maximum mass of copper(II) sulfate crystals, CuS*O_{4} * 5H_{2}*O that can form usingthe following steps.. Calculate the number of moles of H_{2}*S*O_{4} in 50c * m ^ 3 of 0.2mol / d * m ^ 3 H_{2}*S*O_{4}molDeduce the number of moles of CuS*O_{4} * 5H_{2}*O that can form.mol

Hydrated copper(II) sulfate is a coloured compound. It exists as hydrated crystals whichcontain water molecules.(i) State the term given to water molecules present in hydrated crystals

A displacement reaction is one method for obtaining copper metal from aqueouscopper(II) sulfate.Identify another method for obtaining copper metal from aqueous copper(II) sulfate....................................................................................................................................... [1][Total: 11]It takes place because iron is hghe than copper in the reactivity seres so it is able to displace copperfrom the reactionfe2+CUSO4=Feso4+cu

What is the formula for copper (l) sulfide?Multiple choice question.Cu2SCuS2Co2SCuSO4