A certain species of ionized atoms produces emission line spectral accorduing to the Bohr's model. A group of lines in the spectrum is forming a series in which in the shortest wavelength is `22.79 nm` and the longest wavelength is `41.02 nm`. The atomic number of atom is `Z`.
Based on above information, answer the following question:
The value of `Z` is

A certain species of ionized atoms produces emission line spectral accorduing to the Bohr's model. A group of lines in the spectrum is forming a series in which in the shortest wavelength is 22.79 nm and the longest wavelength is 41.02 nm . The atomic number of atom is Z . Based on above information, answer the following question: The series belongs to

A certain species of ionized atoms produces emission line spectral accorduing to the Bohr's model. A group of lines in the spectrum is forming a series in which in the shortest wavelength is 22.79 nm and the longest wavelength is 41.02 nm . The atomic number of atom is Z . Based on above information, answer the following question: The series belongs to

A certain species of ionized atoms produces emission line spectral accorduing to the Bohr's model. A group of lines in the spectrum is forming a series in which in the shortest wavelength is 22.79 nm and the longest wavelength is 41.02 nm . The atomic number of atom is Z . Based on above information, answer the following question: The next to longest wavelength in the series of lines is

A certain species of ionized atoms produces emission line spectral accorduing to the Bohr's model. A group of lines in the spectrum is forming a series in which in the shortest wavelength is 22.79 nm and the longest wavelength is 41.02 nm . The atomic number of atom is Z . Based on above information, answer the following question: The nesxt to longest wavelength in the series of lines is

A series of linenes in the spectrum of atomic H lies at wavelength 656.46,486.27,434.17,410.29 nm What is the wavelength of the line in this series ?

A series of linenes in the spectrum of atomic H lies at wavelength 656.46,486.27,434.17,410.29 nm What is the wavelength of the line in this series ?

The shortest wavelength of the Brackett series of a hydrogen-like atom (atomic number of Z ) is the same as the shortest wavelength of the Balmer series of hydrogen atom. The value of z is

The shortest wavelength of the Brackett series of a hydrogen-like atom (atomic number of Z ) is the same as the shortest wavelength of the Balmer series of hydrogen atom. The value of z is

The shortest wavelength of the Brackett series of a hydrogen-like atom (atomic number of Z ) is the same as the shortest wavelength of the Balmer series of hydrogen atom. The value of z is