Closest distance of alpha particle
Equation and meaning
\[R = ( ( ( 4 \cdot kZ \cdot ( e ^ 2 ) ) ) / ( ( ( m_alpha ) \cdot ( v_alpha ) ^ 2 ) ) )\]
Closest distance of alpha particle Where : R is the Nearest Distance to an Atom,K is the Constant,Z is the Atomic Number,e is the Electronic Charge,malpha is the Mass of Alpha Particle,Vα is the Velocity of Alpha Particle,
Variables in this formula
e — EEnter this value unless it is the selected unknown.
kZ — KzEnter this value unless it is the selected unknown.
m_alpha — M AlphaEnter this value unless it is the selected unknown.
R — ResistanceElectrical resistance SI unit: Ω
v_alpha — V AlphaEnter this value unless it is the selected unknown.