User:Wikfr/math

$brilliance={\frac {photons}{second\cdot mrad^{2}\cdot mm^{2}\cdot 0.1\%BW}}$ 1

<-- ²⋅T⁻³ -->

Brilliance=photons/s/mm2/mrad2/0.1%BW

$R={\frac {\omega _{\rm {F}}-\omega _{\rm {C}}}{\omega _{\rm {L}}-\omega _{\rm {C}}}}$ 2

Examples

Equivalent equation: $2x+4=12$ where $x$ represent my son's age

Following the same procedure (i.e. subtract $b$ from both sides, and then divide by $a$), the general solution is given by $x={\frac {c-b}{a}}$

ω = Angular frequency

Help:Displaying a formula

C₆H₁₂O₆

ω_FA

$(2+n)\omega _{\rm {a}}+n\omega _{\rm {s}}-2(1+n)\omega _{\rm {c}}=0$

where n is the form factor of the planetary gear, defined by:

$n=Ns/Np$

$x^{2}+y^{2}+z^{2}=1\,$ 1

Robert Willis (engineer): Principles of mechanism

Robert Willis: Principles of mechanism, Longmans, Green, London (1841 and 1870)