XII. Utlenianie i redukcja
139. Bi 4 NO; 4 H+= Bi3+.+NO 4 H20.
140. S2- 4 SO,- 4 H + =S4H20.
141. Br- +S03- 4H* — Br2 4S0i~ 4H20.
142. MnO; 4 C! ~ 4 fr = Mn2 + + Cl, 4 H20.
143. TiO,” +Zii-i-HT = Ti3 + 4Zn2 + 4H2G.
144. Mn2 + + Bi03‘ + H+ = Mn0; 4 Br ~ 4 H:0.
145. MnO; 4 H202 4 H * = Mn2 + 4 024ll20. i4o. As03"+no;+ht=Aso;_+n2o3+H,0.
■ 147. MnO; 4 NOJ 4 Hv = Mn2 + 4 NO; 4 HO.
148. BiO; -f Cr3 + -f H + = Cr20}~ 4 Bi3 + 4 H20.
149. SOr+HPOj' + H+ -S + HPOi' + H^O.
150. Mn2 + 4 Pb304 4 H+ = Mn04" 4 Pb2* 4 INO.
151. Cr0r + H202 + H+=Cr20?J-ł-H20.
152. VO;4-NH,OHAH- = V02 + 4 N, + H20.
153. N2H* 4 MnO; 4 H - = N2 4 Mn2 + 4 H2G.
154. FeS2 4 NO; 4 H+ = Fe3 + 4 SO|” -f NO + H. O.
155. FeAsS 4 NO; 4 H + = Fe3 + 4 AsOj" 4 SO; " 4 NO:. 4 H2C.
156. S^Ol~ 4 MnO; 4 H+ = SOj~ 4 Mir'- + H-O.
157. Sb3* 4 Fe —Fe2 + 4 Sb.
158. CriT +C12 + 0H~ =CrO|“ --C!" - INO.
159. Au3 + 4 AsH340H~ = Au + AsG3~ 4 K.O.
160. Au3 + FSbH3 + OH- =Au4SbO+ 4 H20.
161. S30;_ 4Ci2 + OH- = soi ' +Cl" -h2o.
162. S2Oi" 4- Br2 4 OH ’ = SO;- 4- Br" -f H,0.
163. PtCJ; " 4- HCOO- A OH ~ =Pt + C02 +C1" 4- HUO.
364. MnO; 4Mn2 + 40H“ =Mn024H20.
165. Zn 4-NO; 4 OH" - H20 = NH3 4- Zn(OH)i_.
166. vo2++jo; 4 oh- = vo;+j- + h2o.
167. Cc* T 4- H202 4 OH - = Ce3 T 4 0,4- H;0.
168. Ag,S4 NO; 4 H * = Ag + 4S4 N04 H,0
169. HgNH2Cl 4- Cl" 4 NO; 4 H - = HgCii" 4-N2 4-NO 4 H20.
170. HgS + Cl - 4NO; 4Ht = HgCii“ 4 NO 4 S 4 H20.
171. PbS4 NO; + H" = Pb2_r 4-NO + S4-H.O.
172. Bi2$3 4- NO; 4 H + = Bi3 + 4 N04 S 4 H,0.
173. As2S54-NO;4-H20=AsOi“ +SOi_4-N04-H+.
174. As02“4Sn2++Cl-FH+=As4-SnCii' H.O.
175. As3 + 4 H2POJ 4 H.O = As4 POi" 4 H +.
176. Cr(OH); 4H2024 0H_ =CrOi” 4H20.
177. Co(CN )t~ 4 0,4 H20 = Co(CN}3 ~ 4 OH ~.
178. NOJ4AI4OH-4H20 = NH34A1(0H)F.
179. S203~ 4 Br2 4H20 = SOi_ 4 Br~ 4 H + .
180. MnO; 4 CN" 4 H,0 = Mn02 4(CN), 4 OH".
181. Au4CN~ 4 024H20 —Au(CNj; 4OH'.