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F (force) =
ma or mg
KE (kinetic energy) =
½ mv^2
PE (potential energy) =
mgh
W (work) =
Fd
P (power) =
W/t
ρ (rho/density) =
m/V
P (pressure) =
F/A
Fb (buoyant force) =
ρVg
V (voltage) =
IR
P (electrical power) =
IV
v (wave speed) =
fλ
1/f (focal length) =
1/o + 1/i
FE (force of electric feild)=
q (charge) E (electric feild)
FM (force of magnetic field)
q (charge) v (velocity) B (magnetic field)
F (total force/ lorentz force)=
FE + FM
W (work)
f (force) d (distance) cos(θ)
cos 90=
0
sin 0 =
0
cos 0 =
1 (quantity is max)
sin 90 =
1 (quantity is max)
Resistance series total =
R1 + R2 ……
1/ Resistance parallel total =
1/R1 + 1/R2 +………
1/ Series Capacitor total =
1/C1 + 1/C2 +……
parallel capacitor =
C1 + C2 +……..