'Orbital energy' diaporamas de présentation

Chapter 8

Chapter 8. Electron Configuration and Chemical Periodicity. Electron Configuration and Chemical Periodicity. 8.1 Development of the Periodic Table. 8.2 Characteristics of Many-Electron Atoms. 8.3 The Quantum-Mechanical Model and the Periodic Table.

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Chapter 13

Chapter 13. The Structure of the Atom. What do you think atoms are? What do they look like?. Opener - Atoms . What is a model?. A detailed, 3D representation of an object, typically on a smaller scale than the original. Scientific Models. How did Democritus define atoms?.

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ELECTRON CONFIGURATION AND CHEMICAL PERIODICITY

ELECTRON CONFIGURATION AND CHEMICAL PERIODICITY. In previous chapter we learned a new understanding of matter and energy which in turn led to the quantum mechanical model of the atom

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Homework #1 Notes

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An Introduction to Electrochemistry in Inorganic Chemistry

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An Introduction to Electrochemistry in Inorganic Chemistry

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Lecture 27 Molecular orbital theory III

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Yasushi Mino ( ? ?? ) WUGRAV, Washington University at St. Louis E-mail : mino@wugrav.wustl

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Getting info from R(r)

Getting info from R(r). Identify the general form of the radial functions R = (constant)(eqn in ?)(? x )(e -?/y ) What do the plots show you about nodes? (Define node ) +/- sign of ? How do you determine the number of planar nodes in an orbital?

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Making Sense of the Universe: Understanding Motion and Gravity

Making Sense of the Universe: Understanding Motion and Gravity. How do we describe motion?. Precise definitions to describe motion:. Speed : Rate at which object moves. Example: 10 m/s Velocity : Speed and direction Example: 10 m/s, due east

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Periodic Properties

Periodic Properties. nuclear charge. electron configurations. properties. hydrogen atom . 1 electron. 1 s 1. Z = 1. 1. 1. to remove e -. n f = ?. -. ?E =. - R H. Z 2. n f 2. n i 2. from ground state. n i = 1. ?E =. 2.178 x 10 -18 J. x 6.022 x 10 23 atoms. = 1311 kJ.

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P113 Gravitation: Lecture 3

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Insert Figure 1 approximately here.

Study of the Fermi Surface of Bismuth Nanowires Tito E. Huber, Howard University, DMR 0506842. Bismuth nanowires or bismuth nanotubes?

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