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Probably nothing: Hydrogen is higher than copper in the electromotive series, so that copper can not displace hydrogen from its compounds,
No, there is no reaction between copper & H2SO4 because according to reactivity series of metal hydrogen is more reactive than copper. Hence copper does not displace hydrogen from sulphuric acid..
No reaction will be observed. Copper is too unreactive and cannot displace hydrogen from hydrochloric acid. Only reactive metals (above hydrogen in the reactivity series) will react with dilute acids.
No, because copper is below Hydrogen in the activity series list, (meaning the presence of hydrogen is not enough to replace copper) there is no reaction that takes place.
Standard reduction potential ( SRP) of copper is more ( + 0.34 v ) than that of Hydrogen ( 0.00 v )
Probably nothing: Hydrogen is higher than copper in the electromotive series, so that copper can not displace hydrogen from its compounds,
Silver
No, there is no reaction between copper & H2SO4 because according to reactivity series of metal hydrogen is more reactive than copper. Hence copper does not displace hydrogen from sulphuric acid..
No, as copper is below Hydrogen in the reactivity series
No reaction will be observed. Copper is too unreactive and cannot displace hydrogen from hydrochloric acid. Only reactive metals (above hydrogen in the reactivity series) will react with dilute acids.
No, this would not be a good way. Copper is very unreactive towards dilute acids.
None of them act violently with water, but the answer is Iron because Copper only reacts with dilute acids.
No, because copper is below Hydrogen in the activity series list, (meaning the presence of hydrogen is not enough to replace copper) there is no reaction that takes place.
Standard reduction potential ( SRP) of copper is more ( + 0.34 v ) than that of Hydrogen ( 0.00 v )
it is because hydrogen gas usually liberates when an acid reacts with metal
metals reacts with dil.acid to form metal salt and hydrogen gas releases . eg - copper + dil. sulphuric acid = copper sulphate + hydrogen gas
magnesium and manganese Mg(s) + 2 HNO3(aq) → Mg(NO3)2(aq) + H2(g)