How does sodium thiosulfate react with copper ions chemical formula, reaction conditions ?

Copper and concentrated sulfuric acid.

The ionic equation of the reaction is: Cu + 2H2 SO4 (concentrated) CuSO4 + SO2 + 2H2O.

The reaction of copper and concentrated sulfuric acid belongs to the reduction reaction of oxygen shed burial.

Because the chain belt is liquid molded concentrated sulfuric acid has strong oxidizing properties, it can oxidize inactive copper.

The ionic equation for the reaction of sodium with copper sulfate solution is: 2Na + 2H2O ==2Na+ +2OH- +H2. cu2+ +2oh- =cu(oh)2↓。

Merge as Cu2+ +2Na + 2H2O ==Cu(OH)2 2Na+ +H2.

This response is actually prioritized and carried out in two steps. Sodium and copper sulfate solution: first, sodium first reacts with water to redox to generate sodium hydroxide, and then sodium hydroxide and copper sulfate undergo metathesis reaction to generate copper hydroxide and sodium sulfate.

When sodium reacts with copper sulfate solution, sodium first reacts with water for redox reaction, oxidant HO, oxidized element Na, oxidation product NaOH to generate NaOH and hydrogen. The chemical equation of the reaction is: 2Na+2H O=2NaOH+H.

Next, NaOH undergoes a metathesis reaction with copper sulfate. The chemical equation of the reaction is CuSO2NaOH Cu(OH)NaSO, which produces copper hydroxide and sodium sulfate.

The general equation for the reaction of sodium metal with copper sulfate solution is: 2Na+Cu 2H O=2Na Cu(OH) H. The phenomenon of chemical reaction between sodium metal and copper sulfate solution:

The sodium metal melts into bright balls, swims around on the water surface, makes a "hissing" sound, and colorless and odorless gas is generated, and at the same time, there is a blue flocculent precipitate in the reaction vessel.

The equation for the chemical reaction of copper and concentrated sulfuric acid is as follows:Cu + 2H2SO4 (concentrated) = CuSO4 + SO2 + 2H2O (Condition: Heated).

The ionic reaction equation for copper and concentrated sulfuric acid is given belowCu + 2H2SO4 (concentrated) = Cu2+ +SO42- +SO2 + 2H2O (Condition: Heated).

The chemical equation for the reaction of sodium with copper sulfate: 2Na + Cu + 2H O = 2Na + Cu(OH) H

Ion equation: 2Na O +2H O+2Cu( +=2Cu(OH) +4Na(+)O

Sodium first reacts with water for redox reaction, oxidant HO, oxidized element Na, oxidation product NaOH to generate NaOH and hydrogen, and then NaOH undergoes metathesis reaction with copper sulfate.

2na cuso4 2h2o=cu(oh) 2 na2so4 h chemical equation 2na cu2 2h2o=cu(oh) 2na2 2h2 ion equation.

2Na + Cu2+ +2H2O= Cu(OH)2 (precipitation sign) +2Na+ +H2 (gas sign).

The chemical equation for the reaction of copper sulphate with sodium hydroxide is given below

cuso4+2naoh=cu（oh）2↓+na2so4

The ionic equation for the reaction of copper sulphate with sodium hydroxide is given below

cu2+ +2oh- = cu（oh）2↓

(1) The chemical equation of the reaction between sodium sulfide solution and copper sulfate solution: Na2scuSO4

na2so4

Cus (2) Reaction ion equation of sodium sulfide solution and copper sulfate solution: S2-Cu2+

cus↓

will react, and the reaction equation is:

cuso4na2s2o3

h2o=cu(oh)2↓+

s↓+so2↑+

na2so4

cu(2+)

s2o3(2-)

h2o=cu(oh)2↓+

s↓+so2↑

Copper sulfate solution is acidic, because copper ion hydrolysis produces hydrogen ions, sodium thiosulfate solution is alkaline, because thiosulfate ion hydrolysis produces hydroxide ions, the two will meet hydrolysis will promote each other, so double hydrolysis reaction will occur.

cuso42h2o

cu(oh)2

H2SO4 reversible).

na2s2o3

h2so4=h2s2o3

na2so4

h2s2o3

s↓+so2↑+

H2O (thiosulfate H2S2O3 is very unstable and immediately decomposes into sulfur element, sulfur dioxide, and water once generated).

Superimpose the above three equations and remove the same substances on both sides of the equal sign to obtain the total equation for the reaction of CuSO4 solution and Na2S2O3 solution:

cuso4na2s2o3

h2o=cu(oh)2↓+

s↓+so2↑+

na2so4