Tagorworkwi dis: Mod I JW 2 I + 4 - 4 + 6- 8 2- 2H2M-2M02+3304 H28 t 3d 3 ↳ordersrinse Oxidation R2x -2 + 2 =0 8+ 3302 2 - ↳ - 350p x3 + 2H Reduction Rx 5+ 4+2MnO--2MnOw x2 84 - 1:3 24t de168merz ↑ S +7 - 8- + 6 - 8 2- 20172H+2MnOp +- - M+ 304 + +20 ne I 20 NA3 H28 Redox (MnO4+3S8, + H20 -> 2MnOz + 3SOp- + 201- notigers mus Oxidation Rx +20+358- - 350+2H+ + 2011 - - 3 en - 2 -2: - 4 - 2 0 tho Reduction 201 4015+4H2MnO--> w 2MnO2+0+ x 2 - 4 I8 Redox: a + 2Mn8+ 10 - 3504+2M482 + 201- Ho consisterviewed 2.5 down16
mode's 4 &d 1 ↑ +- +4 - 4 1A+3H" +4HC +3NO, +3H0 I one 3 chido auric Oxidation safereAu+ H+ 44 7 HAUCIT x 1 +1 - 4= - 3 Reduction 5F3HNOy +3H > 3NO2 +3 HnO x3 + 1 Redox:AU+3HNO, +44+- HAuCl4 +3NO2+ 3HO AHC rsuens 5 &188 NA3 I ↑ + 4 - 4 on 32 + Mer Zn+ 2MnOz +20 +8OH- +8 OH- I to40 Redox:3 2n + 2 MnO + 4H0 -> 12n2 + 2MnOz + 8A Oxidation Rx 32n ->sin*e x 3 4A+4H2MnOpE- 2MnO2 20 + H x2 me #20 - 1 - 4 42H20 Redox: 32n+eMnOp +4H0 -> 32n2 + 2MnO2 +80Hconsisterviewed 2.5 down16