An electron in the hydrogen atom initially in the fourth excited state makes a transition to energy state by emitting a photon of energy . The integer value of will be _____ .
NVAEasyJEE Main 2025 · 3 April, Shift 2Bohr's Model & Hydrogen Spectrum
Physics Question from JEE Main 2025 · 3 April, Shift 2
Answer & step-by-step solution
Sign in to reveal the correct answer, the full step-by-step solution, and the common mistakes for this question.
Practice more Bohr's Model & Hydrogen Spectrum questions
Get unlimited AI-adaptive practice, mastery tracking, and an AI tutor that explains every step - free to start.
Related questions
- The energy of an electron in an orbit of the Bohr's atom is -0.04 E₀ eV where E₀ is the ground state energy.…Easy · JEE 2026
- The smallest wavelength of Lyman series is 91 nm. The difference between the largest wavelengths of Paschen…Medium · JEE 2026
- In hydrogen atom spectrum, (R → Rydberg's constant) A. the maximum wavelength of the radiation of Lyman…Medium · JEE 2026
- Two electrons are moving in orbits of two hydrogen like atoms with speeds 3×10⁵ m/s and 2.5×10⁵ m/s…Easy · JEE 2026
- An electron in the ground state of the hydrogen atom has the orbital radius of 5.3 × 10⁻¹¹ m while that for…Medium · JEE 2025
- An electron projected perpendicular to a uniform magnetic field B moves in a circle. If Bohr’s quantization…Medium · JEE 2025
