If the average life time of an excited state of H atom is of order `10^(-8)` sec, estimate how many orbits an `e^(-)` makes when it is in the state `n=2` and before it suffers a transition to `n=1` state.

If the average life time of an excited state of hydrogen is of the order of 10^(-8) s , estimate how many whits an alectron makes when it is in the state n = 2 and before it suffers a transition to state n = 1 (Bohrredius a_(0) = 5.3 xx 10^(-11)m) ?

If the average life time of an excited state of hydrogen is of the order of 10^(-8) s , estimate how many whits an alectron makes when it is in the state n = 2 and before it suffers a transition to state n = 1 (Bohrredius a_(0) = 5.3 xx 10^(-11)m) ?

If the average life time of an excited state of hydrogen is of the order of 10^(-8) s , estimate how many whits an alectron makes when it is in the state n = 2 and before it suffers a transition to state n = 1 (Bohrredius a_(0) = 5.3 xx 10^(-11)m) ?

If the average life time of an excited state of hydrogen is of the order of 10^(-8) s , estimate how many rotations an electron makes when it is in the state n = 2 and before it suffers a transition to state n = 1 (Bohr radius a_(0) = 5.3 xx 10^(-11)m) ?

If the average life time of an excited state of hydrogen is of the order of 10^(-6) s estimate how may orbits an electron makes, whenit is the state n=2 and before it suffers a transition to state n=1 (Bohr radius r_(0) = 5.3 xx 10^(11) m)

The average life time of an excited state of an electron in Hydrogen is of order of 10^(-8)s. It makes (xxx10^(6)) revolutions when it is in the state n=2 and before it suffers a transition n=1 state. Find the value of xx . Given h/(4pi^(2)ma_(-0)^(2))=64xx10^(14) , where m is mass of electron and a_(0) is Bohrs radius .

The velocity of an e in excited state of H-atom is 1.093 xx 10^(6)m//s , what is the circumference of this orbit?

The velocity of an e in excited state of H-atom is 1.093 xx 10^(6)m//s , what is the circumference of this orbit?