In a hydrogen atom, an electron jumps from third orbit to the orbit. Find out the spectral line.

In a hydrogen atom, an electron jumps from the third orbit to the first orbit. Find out the frequency and wavelength of the spectral line.

In a hydrogen atom, an electron jumps from third orbit to the first orbit. Find out the frequency and wavelength of the spectral line. Given R=1.097xx 10^(7) m^(-1)

In a hydrogen atom, an electron jumps from the third orbit to the first orbit. Find out the frequency and wavelength of the spectral line. (R_(H)=1.09678xx10^(7)m^(-1)) .

In Bohr's model of hydrogen atom, an electron jumps from the fifth orbit to the second orbit . Which line of the Balmer series is produced in this transition ?

In hydrogen atom, an electron jumps from bigger orbit to smaller orbit, so that radius of smaller orbit is one-fourth of radius of bigger orbit. If speed of electron in bigger orbit was v,then speed in smaller orbit is

According to Bohr's theory, when an electron jumps from any higher orbit to the third orbit, spectral lines are emitted. These are called

In Bohr's theory of hydrogen atom, the electron jumps from higher orbit n to lower orbit p. The wavelength will be minimum for the transition

From Bohr's theory, when electrons jump from higher energy orbits to second orbit, the spectral lines that occur belong to Brackett series.( T or F)