WebExpert Answer. 1. Here the emission spectrum line represents the (b) the energy diff …. Question 1 3 pts What does each line represent in an elemental emission spectrum (like the one pictured below)? 400 500 600 700 O A photon that left the atom The energy difference between two separate energy levels The amount of energy for electrons with ... WebThis process explains how line spectra are produced. Of course, for light to be emitted, an atom must contain an excited electron in the first place. This can be done, for instance, if the atoms undergo collisions. When the …
Different Graphical Representations of Spectra - NASA
Webquantum theory. In quantum mechanics: Bohr’s theory of the atom. …atoms is known as a line spectrum, because the radiation (light) emitted consists of a series of sharp lines. … WebQuestion: Use the spectroscopy interactive and the emission spectra shown to answer the question.An emission spectrum with multiple emission lines in the blue, green, yellow, orange, and red regions of the spectra.An emission spectrum with multiple emission lines in the purple, green, yellow, and orange regions of the spectra.An emission. spanish gcse theme 2
Spectral line physics Britannica
WebEach line in the spectra represents the energy. answer choices . absorbed as an atom loses an electron. absorbed as an atom gains an electron. released as an electron … WebLine spectra are produced when electrons move from one energy level within an atom to another energy level. \(2\). The energy levels in the atom have definite values. \(3\). … WebIn contrast to continuous spectra, light can also occur as discrete or line spectra having very narrow line widths interspersed throughout the spectral regions. Exciting a gas at low partial pressure using an electrical current, or heating it, will produce line spectra. Fluorescent light bulbs and neon signs operate in this way (Figure 3.3.1 ... teaser clip