For a certain metal v is the five times of `v_(0)` and the maximum velocity of coming out photons is `8 xx 10^(6)m//s`. If `v = 2v_(0)`, then maximum velocity of photoelectrons will be

For a certain metal , v is five times the v_(0) and the maximum velocity of coming out photo electrons is 8 xx 10^(8) If v = 2_(v_(0)) , the maximum velocity of photo electrons will be .

For a certain metal v = 2 v_(0) and the electrons come out with a maximum velocity of 4 xx 10^(6) m/s . If the value of v = 5 v_(0) , then maximum velocity of the photoelectrons will be

For a certain metal v = 2 v_(0) and the electrons come out with a maximum velocity of 4 xx 10^(6) m/s . If the value of v = 5 v_(0) , then maximum velocity of the photoelectrons will be

For certain metal incident frequency nu is five times threshold frequency nu_(0) and the maximum velocity of the photoelectrons is 8xx10^(6)ms^(-1) . If incident photon frequency is 2nu_(0) , the maximum velocity of photoelectrons will be

For certain metal incident frequency nu is five times threshold frequency nu_(0) and the maximum velocity of the photoelectrons is 8xx10^(6)ms^(-1) . If incident photon frequency is 2nu_(0) , the maximum velocity of photoelectrons will be

For a certain metal nu = 2 nu_0 and the electrons come out with a maximum velocity of 4 xx 10^6 m/s . If the value of nu = 5 nu_0 , then maximum velocity of the photoelectrons will be

Radiation of frequency v=9v_(0) is incident on a metal surface, having threshold frequency v_(0) . The maximum velocity of the ejected photoelectrons is 6xx10^(6)m//s . What will be the maximum velocity of the ejected photoelectrons , if v is reduced to 3v_(0) ?