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From Wikipedia, the free encyclopedia
<
User:Yates9
Basic Physics Pages
Physics Related to Learning Neuroscience
Creating a Wikibook Notes
Books for experts
general 1
Electric_potential:
U
E
=
q
V
{\displaystyle U_{\mathbf {E} }=q\,V\,}
Gibbs_free_energy:
G(p,T)
=
U
+
pV
−
TS
Nernst_equation:
E
=
R
T
z
F
ln
ion outside cell
ion inside cell
{\displaystyle E={\frac {RT}{zF}}\ln {\frac {[{\text{ion outside cell}}]}{[{\text{ion inside cell}}]}}}
From Wikipedia, the free encyclopedia
<
User:Yates9
Basic Physics Pages
Physics Related to Learning Neuroscience
Creating a Wikibook Notes
Books for experts
general 1
Electric_potential:
U
E
=
q
V
{\displaystyle U_{\mathbf {E} }=q\,V\,}
Gibbs_free_energy:
G(p,T)
=
U
+
pV
−
TS
Nernst_equation:
E
=
R
T
z
F
ln
ion outside cell
ion inside cell
{\displaystyle E={\frac {RT}{zF}}\ln {\frac {[{\text{ion outside cell}}]}{[{\text{ion inside cell}}]}}}
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