An electron in a Bohr orbit of hydrogen atom with quantum number n has ans angular momentum `4.2176xx10^(-24)kg-m^(2)//sec`

An electron in a Bohr orbit of hydrogen atom with quantum number n has an angular momentum 4.2176xx10^(-34)kg-m^(2)//sec .If the electron drops from this level to the next lower level , the wavelength of this lines is

An electron in a Bohr orbit of hydrogen atom with the quantum number N_(2) has an angular momentum 4.2176 xx 10^(-34) kg m^(2) s^(-1) . If the electron drops from this level to the next lower level , the wavelength of this lines is

An electron in a Bohr orbit of hydrogen atom in quantum level n_(2) has an angular momuntum 4.2176 xx 10^(-34) kg m^(2)s^(-1) .If this electron drops from this level to the next level , find the wavelength of this spectral line (Gives R_(H) = 10979 cm^(-1))

An electron in a Bohr orbit of hydrogen atom in quantum level n_2 has an angular momentum of 4.2176xx10^-34 kgm^2s^-1 . If this electron drops from this level to the next lower level, find the wavelength of this spectral line.

An electron in Bohr's hydrogen atom has an energy of -3.4 eV. The angular momentum of the electron is

An electron in Bohr's hydrogen atom has an energy of -3.4 eV. The angular momentum of the electron is

For an electron in the second orbit of hydrogen, the angular momentum as per the Bohr's model is