TEMPERATURA FEM3.4 0.14 0.002932

Z F 10.4 0.157 0.0027922 96486 15 0.173 0.0027

20.1 0.182 0.00259825.1 0.198 0.002498

ECUACION 30 0.21 0.0024

35 0.22 0.002340 0.227 0.0022

A 45 0.235 0.00212.00E-05 50 0.241 0.002

B 55 0.25 0.00190.003 60 0.259 0.0018

65 0.269 0.0017

ENERGIA DE GIBBS ΔH ΔG3.4 -27016.08 129454.224 -27016.08

10.4 -30296.604 122473.848 -30296.60415 -33384.156 116749.025 -33384.156

20.1 -35120.904 111897.419 -35120.90425.1 -38208.456 105561.184 -38208.456

30 -40524.12 99874.5883 -40524.1235 -42453.84 94314.1001 -42453.8440 -43804.644 89139.556 -43804.64445 -45348.42 83579.0678 -45348.4250 -46506.252 78211.5516 -46506.25255 -48243 72072.1474 -4824360 -49979.748 65739.7712 -49979.74865 -51909.468 59021.4511 -51909.468

COEFIENTE DE TEMPERATURA

1E-05x2 + 0,003x + 0,1298

ΔS ΔG=-zFE565.793904 ΔH=-zF*(V-TdE/dT)538.777824 ΔS=zF*dE/dT

521.0244501.341256482.044056

463.1328443.8356424.5384405.2412

385.944366.6468347.3496328.0524

0 10 20 30 40 50 60 700

0.05

0.1

0.15

0.2

0.25

0.3

f(x) = − 1.37983261082534E-05 x² + 0.00298652464009338 x + 0.129822318938749R² = 0.996692417003093

T vs V