Slope of `V_(0)` vs v curve is (where `V_(0)`= Stopping potential, v=subjected freqency)

Slope of V_(0)-v curve is- (where V_(0)= Stopping potential and v=frequency)

The stopping potential (V_(0))

Slope of V_(0)etoV represent……

Slope of V_(0)toV graph shows…..

The ratio of slopes of K_(max) vs. V and V_(0) vs. v curves in the photoelectric effect gives (v= freqency. K_(max) = maximum kinetic energy, V_(0) =stopping potential) :

The ratio of slopes of K_(max) vs. V and V_(0) vs. v curves in the photoelectric effect gives (v= freqency. K_(max) = maximum kinetic energy, V_(0) =stopping potential) :

The ratio of slopes of K_(max) vs. V and V_(0) vs. v curves in the photoelectric effect gives (v= freqency. K_(max) = maximum kinetic energy, V_(0) =stopping potential) :

In photoelectric effect the slope of straight line graph between stopping potential (V_(s)) and frequency of incident light (v) gives

In photoelectric effect the slope of straight line graph between stopping potential (V_(s)) and frequency of incident light (v) gives