Balance both equations by the half-cell method, showing both half-cell reactions and identifing them as oxidation or reducton.
a. Cl2(g)+ OH- <--> Cl- + ClO3- + H20(l)
b. SO4- + I- + H+ <--> S2- + I2(g) + H2O(l)
Solution Preview
Balance both equations by the half-cell method, showing both half-cell reactions identifying them as oxidation or reduction.
a. Cl2(g)+ OH- <--> Cl- + ClO3- + H20(l)
Assuming that this reaction is in a basic medium, it is balanced as follows:
You must first balance non hydrogen and non oxygen atoms. Then balance oxygens by adding H2O and balance H by adding H+. Then we add the same number of OH- ions to each ...
Solution Summary
Solution shows calculations for finding both balanced redox reactions.
... The above reaction is your balanced redox reaction for a ... because we not only have to balance the number ... the reaction, as is necessary when balancing all other ...
... feel better if I was more comfortable with balancing reactions. ...Balance the following redox equations by the ion ... What is the balanced overall (net) cell reaction...
... concentration of Cu 2+ in the other half-cell? ... in solving the electrochemistry and balancing redox equations ... 1- Balance each redox reaction occurring in acidic ...
Voltaic cells: Redox reactions, Oxidation, Reduction. ... and a lead metal electrode in Pb2+(aq) in the other half-cell. ... a) Write the balanced net redox reaction. ...
... process which halts the natural reaction (corrosion) of ... 3. Balance the following equations by the half-cell... Show both half-cell reactions and identify them as ...
... 8. Balance the following equations by the half-cell method. Show both half- cell reactions and identify them as oxidation or ... e) The reaction is balanced. ...
... One half-cell consists of an aluminum strip placed in a ... (b) Write the half-reactions that occur ... Chem question Complete and balance the following equations, and ...
