Solved draw the lewis structure for chlorate (ClO3^-). for - Chegg
draw the lewis structure for chlorate (ClO3^-). for this structure, give each atom an octet and do not include a formal charge Your solution’s ready to go! Our expert help has broken down your …
Solved Complete and balance the following half reaction - Chegg
ClO3−(aq)→Cl−(aq) (acidic solution) Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.
Solved The reaction, 2ClO2 (aq) + 2OH-(aq) → ClO3- (aq) - Chegg
1. The general expression for the rate law is Rate = k[ClO2]m[OH−]n. What are the reaction orders, m and n, for the reaction?
inorganic chemistry - Why is hypochlorite a stronger oxidizing …
2019年7月5日 · Perchlorate ($\ce{ClO4-}$) and chlorate ($\ce{ClO3-}$) ions, on the other hand, are also good oxidizing agents, but not as strong as $\ce{HClO2}$ or $\ce{HClO}$, yet closed. …
In acidic solution, what does ClO₃⁻ reduce into?
The first equation is correct because $\ce{ClO3-}$ is reduced to $\ce{Cl-}$ and oxygen maintains its -II oxidation state in both educts and products. As chlorine changes its oxidation state from …
Solved In the reaction: I2 + ClO3− → IO3− + Cl−, | Chegg.com
In the reaction: I2 + ClO3− → IO3− + Cl−, indicate: a. the element that is oxidized: b. the element that is reduced: c. the reducing agent: d. the oxidizing agent: and. Balance the reaction Your …
inorganic chemistry - How to write the redox reaction of chlorate …
2016年4月30日 · This is tricky and one way to think about it that I can offer is to treat $\ce{ClO3-}$ as a combination of $\ce{Cl^5+}$ and $\ce{O^2-}$. Since the problem is that the starting …
Solved Write the empirical formula for at least four ionic - Chegg
• The empirical formula for the lonic compound made of Pbcations and co, anions must be Pb(cd formula that makes the net charge on each formula unit equal to zero: Example TCUI LITOL …
Solved Complete and balance the following redox reaction in
ClO3-(aq) + C2O42-(aq) —> ClO2(g) + CO2 (g) Complete and balance the following redox reaction in basic solution. Be sure to include proper phases for all species within the reaction.
stoichiometry - Balancing the redox disproportionation of chlorine …
$$\ce{Cl2(g) -> Cl-(aq) + ClO3-(aq)}$$ My attempt at the problem: By determining oxidation numbers it is possible to see what is being oxidised and what is being reduced: