A correct interrelations between variables A=area

I am not trained to give lessons so i create encyclopedias and hereby I am creating a 26 by 26 table of the interrelations between physics variables starting with A for Area. All possible interrelations are not included but some elegant ones are. Since the relations are elegant they might already exist because the relations have minimal variables instead of complexity with many variables.
AA: A=A
AB: A=x^2
F=x/tQB
X=A/x
F=A/x/tQB
A=xt/Q/B
x=distance
t=time
Q=charge
B=magnetic field
F= force
A= area
AC: c is neutralised to distance per time:x/t
x=A/x
W=mx^2/t^2=m(x/t)(/t)x=m(x/t)(/t)A/x
A=W/m/(x/t)tx
W=work=energy
m=mass
AD: D=diffusion
T=ln(D)
T=temperature
W=nkT=nk(ln(D))
W=work=Energy
n=amount
W=mx^2/(t^2)=mA/(t^2)
m=mass
t=time
W=mA/t^2=nk(ln(D))
A=nk(ln(D))t^2/m
AE
E= electric field
W=EQx
Q= charge
x= distance
W=mA/t^2=EQx
A=EQxt^2m
m=mass
t=time
W=work=Energy
AF
F=Fahrenheit=temperature=T

W=nkT
W=mA/t^2
A=nkTt^2/m
n=number
m=mass
t=time

AG
G=acceleration

W=mgx
W=mA/t^2
A=m/mgxt^2
A=gxt^2
g=x/t^2
A=(x/t^2)xt^2=x^2t^2/t^2=x^2=A
m=mass
t=time
x=distance

Ah

h=Planck constant= angular momentum
Wt=h
W=h/t
W=work=Energy
t=time
W=mA/t^2=h/t
A=ht^2/t/m=ht/m
A=area
m=mass
h=Planck constant= angular momentum
h=Wt=mx^2/t^2t=mx^2/t=angular momentum =L

AI

I= current
P=Power
P=I^2R
R=resistance
P=mA/t^3
mA/t^3=I^2R=P
A=I^2Rt^3/m
I=Q/t
A=Q^2/t^2t^3R/m
A=Q^2tR/m
A=area
Q=charge
t=time
m=mass
For as far as these physics laws did not exist in this post they are a gift to the charities top 2360 mentioned on this blog by PhD Alborz Seddigh Afshar .
The AI entry was done on 9 January 2016 on 19:00 pm Amsterdam time.
Aj

See AI
J=current=I

AK

See AF
K=kelvin=temperature =Fahrenheit=F

AL
See AH
L= angular momentum = Planck constant =h

Am

m=mass
W=mA/t^2
A=Wt^2/m
A=area
W=work=energy
t=time
Date of entry Am is 14 januari 2016 1:27 am Amsterdam time.

An

n= amount number
A=area

W=nkT=BA/tQ
A=nkTt/B/Q
W=Fx=QBx/tx=QBx^2/t
A=x^2
W=work=energy
x=distance
F=force
T=temperature
t=time
k= Boltzmann constant
B= magnetic field
Q=charge

An was entered above on 15 januari 2016 2:18 am Amsterdam time. If the patent search shows I was the first then it is a gift to the charities top 2360.