Ion Velocity Calculator:
Enter the values of Magnitude of the Charge Z, Charge of Electron e(C) , Strength of the Electric field E(N/C), Viscosity n(N*s/m2) , Stokes radius of cahrged molecules r(inches) to determine the value of Ion Velocity Vi(m/s).
Ion Velocity Formula:
The Ion Velocity Vi(m/s) in meter per second is equal to the Magnitude of the Charge Z and multiply the Charge of Electron e(C) in Coloumb and Strength of the Electric field E(N/C) in Newton per Coloumb is Divided by the 6 and 3.141 value multiply the Viscosity n(N*s/m2) in Newton second per meter square and Stokes radius of cahrged molecules r(inches) in inches.
The Equation of Ion Velocity can be writtern as,
Vi(m/s) = ( Z * e(C) * E(N/C) ) / ( 6 * pi * n(N*s/m2) * r(inches) )
Here,
Vi(m/s) = Ion Velocity in meter per second
Z = Magnitude of the Charge
e(C) = Charge of Electron in Coloumb
E(N/C) = Strength of the Electric field in Newton per Coloumb
n(N*s/m2) = Viscosity in Newton second per meter square
r(inches) = Stokes radius of cahrged molecules in inches
Ion Velocity Calculation :
1)Calculate the Ion Velocity and given for Magnitude of the Charge = 20 , Charge of Electron = 4C , Strength of the Electric field = 4N/C , Viscosity = 10N*s/m2 , Stokes radius of cahrged molecules = 10inches.
Answer
Vi = ( Z * e * E ) / ( 6 * pi * n * r )
Vi = ( 20 * 4 * 4 ) / ( 6 * 3.141 * 10 * 10 )
Vi = 16752m/s.
2)Calculate the Stokes radius of cahrged molecules and given for Magnitude of the Charge = 20 , Charge of Electron = 4C , Strength of the Electric field = 4N/C , Viscosity = 10N*s/m2 , Ion Velocity = 16752m/s.
Answer
Vi = ( Z * e * E ) / ( 6 * pi * n * r )
16752 = ( 20 * 4 * 4 ) / ( 6 * 3.141 * 10 * r )
r = 10inches.