How much charge is delivered by the acceleration per pulse? (iii) (a) How many electrons are delivered per pulse? (b) Calculate the value of average current delivered by the acceleration.
a) (Q = ma) , (N = /Q/e) , (I = /Q/Δ t)
b) (Q = ma) , (N = /e/Q) , (I = /Q/Δ t)
c) (Q = mΔ v) , (N = /Q/e) , (I = /Q/Δ t)
d) (Q = mΔ v) , (N = /e/Q) , (I = /Q/Δ t)