You are provided with two containers made up of copper and aluminium.
You are also provided with solutions of dilute HCl, dilute `HNO_(3),ZnCl_(2) and H_(2)O`. In which of the containers these solutions can be kept?

You are provided with two containers made up of copper and aluminium. You are also provided with solutions of dilute HCl, dilute HNO_(3),ZnCl_(2) , and H_(2)O . In which of the above containers can these solution be kept ?

You are provided with a container made up of aluminium. You are also provided with solutions of dil HCl, dil HNO_(3), ZnCl_(2) and H_(2)O . Out of these solutions which solution, can bekept in the aluminium container ? Name the type of reaction taking place.

You are provided with a container made up of aluminium. You are also provided with solutions of dil HCl, dil HNO_(3), ZnCl_(2) and H_(2)O . Out of these solutions which solution, can bekept in the aluminium container ? Name the type of reaction taking place.

You are provided with a container made up of aluminium. You are also provided with solutions of dil HCl, dil HNO_3 , ZnCl_2 and H_2O . Out of these solutions which solution, can be kept in the aluminium container? Name the type of reactions takes place.

Can you store AgNO_3 solution in a container made of Fe?

Ordinary strong solution of HCl, HNO_3 and H_2SO_4 contains roughly

Ordinary strong solution of HCl, HNO_3 and H_2 SO_4 contains roughly.

What happens when zinc granules are trated with dilute solutions of H_(2)SO_(4), HNO_(3), NaCl and NaOH ? Also write the chemical equation.

What happens when zinc granules are treated with dilute solution of H_(2)SO_(4), HCl, HNO_(3), NaCl and NaOH ? Also write the chemical equations if reaction occurs.

You are provided with two aqueous solutions X and Y of equal molar concentrations . How will you test which one contains strong electrolyte and which one contains weak electrolyte ?