Bohr Model Deltae Between Two Orbitals
Compute the energy difference between two Bohr orbits using the Rydberg relation for the wavelengths of emitted or absorbed photons.
1/λ = -R(1/n2^2 - 1/n1^2)Open calculator⚛️ Category
Wave-particle duality, photon energy, Bohr model, Rydberg equation, Coulomb's law.
4 calculators in this category.
Compute the energy difference between two Bohr orbits using the Rydberg relation for the wavelengths of emitted or absorbed photons.
1/λ = -R(1/n2^2 - 1/n1^2)Open calculatorApply the photoelectric effect relationship KE = E − Φ to compute the kinetic energy of ejected electrons or the material's work function from supplied energy,…
KE = E − ΦOpen calculatorRelate photon energy, frequency, and wavelength using Planck's equation.
E = hν = (hc)/λOpen calculatorRelate wavelength and frequency using the wave speed equation c = λν.
c = λνOpen calculator