'P orbitals' presentation slideshows

1.22k views • 91 slides

Base Pairing in DNA

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UNIT VI: Atomic and Molecular Structure

UNIT VI: Atomic and Molecular Structure. By Jake Grodsky and Sarine Hagopian. Atomic and Electronic Structure/ Quantum Mechanics. Electromagnetic Radiation and Spectrum. Image From: http://www.eoearth.org/files/115601_115700/115629/350px-Spectrum.jpg. Atomic Spectra.

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Correlated quantum phenomena in the strong spin-orbit regime

Correlated quantum phenomena in the strong spin-orbit regime. Tejas Deshpande (24 September 2013). Outline. Introduction Weak to intermediate correlations Pyrochlore iridates Experimental resume Electronic structure Magnetism and Weyl fermions The role of many-body effects

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Electrons and Bonding

Electrons and Bonding. The electrons that are located in the outer energy shell of each atom These electrons are available to be shared, lost, or gained in the formation of a chemical compound. Valence Electrons.

398 views • 26 slides

Electron Configuration

Electron Configuration. Quantum Number. Number that specifies the properties of the atomic orbitals Tells us the distance from the nucleus and the shape of the orbital. Principal Quantum Number. Main level or shell These are the Bohr energy levels n = 1, n = 2, n = 3

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10/22/2012 ACT QotD

10/22/2012 ACT QotD. As we have seen, the Hydrogen Spectrum contains three visible spectral lines; red, blue/green, and violet. Arrange these spectral lines according to decreasing energy of their photons. a) red < violet < blue b) violet < blue < red c) blue < red < violet

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Honors Chemistry Section 4.3

Honors Chemistry Section 4.3. Electron Configurations. Electron Configuration is the arrangement of electrons in an atom Every atom has a unique electron configuration Atoms tend to lowest E state, so normally exist in ground state. Electron Configuration.

426 views • 19 slides