SpletExplain how the line spectrum of hydrogen provides evidence for the existence of. discrete electron energy levels in atoms. answer . ... The light in a beam has a continuous … SpletThe classical example of a continuous spectrum, from which the name is derived, is the part of the spectrum of the light emitted by excited atoms of hydrogen that is due to free electrons becoming bound to a hydrogen ion and emitting photons, which are smoothly spread over a wide range of wavelengths, in contrast to the discrete lines due to …
Continuous Spectrum vs. Line Spectrum – Difference Wiki
Splet25. jan. 2024 · A Spectrum is a range of band of colours that appear when light passes through a prism or water drops. The best example of a Spectrum is a rainbow. Rainbows are multicoloured arcs made by light passing the water droplets. Rainbow appears as a spectra of various colours: violet, indigo, blue, green, yellow, orange and red. SpletA star’s spectrum contains information about its temperature, chemical composition, and intrinsic luminosity. Spectrograms secured with a slit spectrograph consist of a sequence … happy living interiors
How To Draw Line Spectrum - YouTube
Splet21. nov. 2010 · Steps to obtain emission line spectrum: Gases such as hydrogen or neon are placed in an discharge tube at low pressure. A high voltage of several kilo-volts is applied across the cathode and anode of the discharge tube. The gas atoms become excited by the collision with the electrons passing through the tube. When the gas atoms … Splet03. feb. 2016 · The minimum series of the Lyman series would be for the largest transition, which is from ∞ 1. Plugging the values into the Rydberg's equation: 1 λ = R ∞ ( 1 1 − 1 ∞) That should give us a value of 91nm. Which is the series-limit for the Lyman series. Now you can find series-limits for the other series as well. Splet03. feb. 2016 · The minimum series of the Lyman series would be for the largest transition, which is from ∞ 1. Plugging the values into the Rydberg's equation: 1 λ = R ∞ ( 1 1 − 1 ∞) … challenge supply