356620 Which of the following spectral series of hydrogen atom is lying in visible range of electromagnetic wave?

356621 An electron jumps from \({4^{{\rm{th}}}}\) orbit to \({2^{{\rm{nd}}}}\) orbit of the hydrogen atom. Given, Rydberg's constant \(R = {10^5}\;c{m^{ - 1}}\), the frequency in hertz of emitted radiation will be

356622 The figure shows the energy level of certain atom. When the electron deexcites from \(3E\) to \(E\), an electromagnetic wave of wavelength \(\lambda \) is emitted. What is the wavelength of the electromagnetic wave emitted when the electron deexcites from \(5E/3\) to \(E\)?

356623 Electron in hydrogen atom first jumps from third excited state to second excited state and then from second excited to the first excited state. The ratio of the wavelengths \({\lambda _1}:{\lambda _2}\) emitted in the two cases is

356620 Which of the following spectral series of hydrogen atom is lying in visible range of electromagnetic wave?

356621 An electron jumps from \({4^{{\rm{th}}}}\) orbit to \({2^{{\rm{nd}}}}\) orbit of the hydrogen atom. Given, Rydberg's constant \(R = {10^5}\;c{m^{ - 1}}\), the frequency in hertz of emitted radiation will be

356622 The figure shows the energy level of certain atom. When the electron deexcites from \(3E\) to \(E\), an electromagnetic wave of wavelength \(\lambda \) is emitted. What is the wavelength of the electromagnetic wave emitted when the electron deexcites from \(5E/3\) to \(E\)?

356623 Electron in hydrogen atom first jumps from third excited state to second excited state and then from second excited to the first excited state. The ratio of the wavelengths \({\lambda _1}:{\lambda _2}\) emitted in the two cases is

356620 Which of the following spectral series of hydrogen atom is lying in visible range of electromagnetic wave?

356621 An electron jumps from \({4^{{\rm{th}}}}\) orbit to \({2^{{\rm{nd}}}}\) orbit of the hydrogen atom. Given, Rydberg's constant \(R = {10^5}\;c{m^{ - 1}}\), the frequency in hertz of emitted radiation will be

356622 The figure shows the energy level of certain atom. When the electron deexcites from \(3E\) to \(E\), an electromagnetic wave of wavelength \(\lambda \) is emitted. What is the wavelength of the electromagnetic wave emitted when the electron deexcites from \(5E/3\) to \(E\)?

356623 Electron in hydrogen atom first jumps from third excited state to second excited state and then from second excited to the first excited state. The ratio of the wavelengths \({\lambda _1}:{\lambda _2}\) emitted in the two cases is

356620 Which of the following spectral series of hydrogen atom is lying in visible range of electromagnetic wave?

356621 An electron jumps from \({4^{{\rm{th}}}}\) orbit to \({2^{{\rm{nd}}}}\) orbit of the hydrogen atom. Given, Rydberg's constant \(R = {10^5}\;c{m^{ - 1}}\), the frequency in hertz of emitted radiation will be

356622 The figure shows the energy level of certain atom. When the electron deexcites from \(3E\) to \(E\), an electromagnetic wave of wavelength \(\lambda \) is emitted. What is the wavelength of the electromagnetic wave emitted when the electron deexcites from \(5E/3\) to \(E\)?

356623 Electron in hydrogen atom first jumps from third excited state to second excited state and then from second excited to the first excited state. The ratio of the wavelengths \({\lambda _1}:{\lambda _2}\) emitted in the two cases is