Complete and balance the equations below by ½ reaction
method.
Complete and balance the equations below by ½ reaction method. 9. __ _ MnOdia + C.O....
Complete and balance the equations below by ½ reaction
method.
6. _ _C _HNO - Cu(NO3)+ NO (dilute acid) Write balanced equation: 7. _Cus+ _ _HNO3) => _ _Cu(NO3)2) + NO2 (cono, acid) Write balanced equation: 8. MnO + CO2) => Costa) + MnO2is) (basic soln.) Write balanced equation:
Complete and balance the equations below by ½ reaction
method.
1. CuSs) + HNO (N) - _ NOG+ CuSO4) Write balanced equation: 2. Pb) + PbO200) + H2SO424) - PbSO. (Reaction in Car Battery - Acid)' Write balanced equation: 3._ Fe:0. + __COM- ___ Few + ___Comal Write balanced equation: 4. _ HgCata) • Snam + C = => Hg-Cla) • SnCuºng Write balanced equation: 5. HgCl + Sn + _Cl' > Hgol + SnClo Write balanced equation:
balance redox equation number 7 and 11
Cu(s) + - HNO3(aq) => Cu(NO3)2(aq) + _NO2(0) (conc, acid) Write balanced equation: 11. V + Clos (aq) => HV20, (ma) + - Cha) (basic soln.) Write balanced equation:
ne redox equations in indicated solutions. DUT enough space) Pb + PbO2 → Pb 2+ (acidic) Write balanced equation below: Cu + NO, → Cu2+ + NO (acidic) Write balanced equation below: Cl2 → CI+CIO (basic) Write balanced equation below: NO2 + Al → NH3 + AlOz (basic) Write balanced equation below: Cr2O72- + NO → Cr3+ + NO3 (acidic) Write balanced equation below:
#5,7,9
please show work to understand.
MISC 458: Balancing Ondie-Hedectin iqtisaing den Method Al + NO, Al(OH), NH, (basic solution) 6. Nal + H2SO4-Na2SO4+H2S+2 (acidic solution) (7. cio+ As → AsO 3 +Cr (basic solution) 8. S2- + y +502 + (basic solution) 9. CH,OH + MnO, CO2 + MnO2 (acidic solution)
7. Balance the following equations using the oxidation number method. Identify the oxidizing and reducing agents. In basic solution: _MnO4 (aq) +_ CIO (aq) → _MnO2 (s) +_ CIO. (aq) In acidic solution: KCIO3(aq) + _Br" (aq) → __KCI (aq) + ___ Br2 (aq)
DO NOT ARBITRARILY BALANCE! In the following reactions you need to give both b anced half reactions in the appropriate acidic or basic solution: (1) one for oxidation and 2) o for reduction and then the 3) overall balanced equation. Do not break apart any of the follow ing ions or molecules. Balance in acidic solution: 1. MnOi(aq)+ H2C20,(aq) Mn" (aq) + CO2(g) 2. As S(s)+CIO5(aq) -H2ASO4 (aq)+SO (aq)+CT (aq) 3. Cr(CN) (aq)+ Ce(aq) Cr(aq)+ Ce (aq) + NO5(aq)+ CO2(g)...
Allere Question 2 of 3 > The balanced equation for the reaction of aqueous Pb(CIO), with aqueous Nal is shown below. Pb(CIO,),(aq) + 2 Nal(aq) PbL_(s) + 2 NaCIO, (aq) What mass of precipitate will form if 1.50 L of excess Pb(CIO), is mixed with 0.300 L of 0.300 M Nal? Assume 100% yield and neglect the slight solubility of Pbl. mass: 15.59
1. Complete and balance the following equations: (a) C3H (g) + O2(E)-> (spark) (b) NazCr2O7.2H2O(s) ->(heat) (c) HF(aq) + Ca(OH)2(aq)->