'Lowest energy' presentation slideshows

Electron Configuration and the Periodic Table

Electron Configuration and the Periodic Table. Mallard Creek Chemistry - Rines. Electromagnetic Radiation. Wave Nature of Light. Property of Waves Frequency No. of waves per second Wave Length Distance between corresponding points in a wave Amplitude Size of the wave peak.

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Waves

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Memorization?

Memorization?. Knowing some common ions, periodic trends, and characteristic properties of compounds can be useful in predicting chemical behavior. Memorization?. The 8 common polyatomic ions: acetate C 2 H 3 O 2 1- (also written as CH 3 COO 1- ) ammonium NH 4 1+ carbonate CO 3 2-

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Orbital Filling Electron Configurations

Orbital Filling Electron Configurations. Where do these electrons go?. Aufbau Principle. Orbitals are filled from lowest energy to highest energy Orbitals closest to the nucleus contain lower energy They are filled first. Orbital Energies Lowest to Highest. Orbital Diagrams.

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Lecture 19: The Aufbau Principle

Lecture 19: The Aufbau Principle. Reading: Zumdahl 12.11-12.13 Outline: Spin The Aufbau Principle Filling up orbitals and the Periodic Table. Spin. Further experiments demonstrated the need for one more quantum number.

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III. Molecular Orbital Theory (Wade chapters 2 and 15)

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Accelerator Issues

Accelerator Issues. Fermilab Antiproton Experiment Keith Gollwitzer Antiproton Source Department Accelerator Division Fermilab. Outline. Overview Accelerator Complex Protons Antiproton Stacking Accumulator Running for Experiment Protons Cycle time Accelerator work to be done

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Water

Water. Vibration Spectrum of Water. The Water Molecule.

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Announcements

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Where is the Electron Located?

Where is the Electron Located?. The Quantum Model of the Atom. Heisenberg uncertainty principle : It is impossible to determine both the position and velocity of an electron or any other particle. What is the Address of the Electron?.

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Harmonic Oscillators

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Chemistry 112

Chemistry 112. Models of the Atom. Development of Atomic Models. A shortcoming of the discovery of the nucleus and advancements in an atomic model was that it failed to explain chemical behavior A model that focused on the electron was needed

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Poster Project Waves

Poster Project Waves. Poster Project. Assignment:

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Modern Electron Configuration

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Exercise 6: Low Energy Neutrons

Exercise 6: Low Energy Neutrons. Beginners FLUKA Course. Exercise 6: Low Energy Neutrons. Create a folder called ex6, download the solution of ex5 (only ex5.inp) from the website, rename it to ex6.inp and open it in flair

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Resort subchannels

Resort subchannels. Alternate RA WF Algorithm. i=i-1. Compute WF constant. Check lowest energy. yes. no. Compute WF Energies. Unsort subchannels.

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We are grateful for generous support from the National Science Foundation ( CHE-0910826).

Beyond FMO Theory: An Electron Transfer Model (ETM) for Predicting Regioselectivity in Bimolecular Reactions Katharine J. Cahill* and Richard P. Johnson University of New Hampshire, Department of Chemistry, Durham, New Hampshire, NH 03824 kjt49@unh.edu , rpj@cisunix.unh.edu.

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Microbial Acetogenesis Lindsay Rollick, Gerrit Voordouw

O 2. Fe 3+. CO 2. Microbial Acetogenesis Lindsay Rollick, Gerrit Voordouw. CO 2. SO 4 2-. Mn 4+. NO 3 -. Nitrate Reduction. Methanogenesis. Iron Reduction. Acetogenesis. Sulfate Reduction. Manganese Reduction. Aerobic Respiration. Fe 2+. S 2-. CH 3 COOH. Mn 2+. CH 4. CO 2 .

317 views • 1 slides