Title: No Slide Title Author: Karen Timberlake Last modified by: Timberlake Created Date: 11/30/1998 4:27:40 PM Document presentation format: On-screen Show
Figure 1-1. Shape of various electron orbitals. From Brownlow (1996). Figure 1-2. Variation of energy levels for the various subshells as a function of atomic number.
Transition Metal Chemistry: Crystal Field Theory Jessica Comstock Kata Haeberlin Kelsey Fisher Transition Metals elements in which the d and f subshells are ...
all types of light energy travel at the same speed. Wavelength l = distance between crests ... Probability Maps & Orbital Shape. d Orbitals. 38. Subshells and Orbitals ...
Familiarity with the use of scientific notation and prefixes for ... Definitions of electron shells, subshells, valance shell. Ground state vs. excited state ...
Electron shells, subshells and orbitals. Each orbital can ... = angstrom units = 10 10 meters = 0.1 nm. Low energy interaction. Significantly smaller than ...
... electron configuration by having filled s and p subshells (the octet/duet rule) ... Ionic solids are a vast 3D array of positive and negative ions that has no ...
Name at least two similarities. 1s 2s 2p 3s 3p 3d 4s 4p 1 2 3 4 Discussion results Similarities Differences Unit 1 Investigation III The Big Question How do ...
Energy Levels and Orbitals An investigation into electrons and their location and behavior within the atom Learning Targets: Describe the process of excitation and ...
Introductory Chemistry, 2nd Edition Nivaldo Tro Chapter 9 Electrons in Atoms and the Periodic Table Why do Blimps Float? Because they are filled with a gas less dense ...
Using Subshell Notation and Orbital Diagrams All electrons in an atom are placed into shells according to electron energies. These shells are labeled with the ...
Electrons exhibit a magnetic field ... Paramagnetic: 1 or more unpaired electrons ... Diamagnetic vs. Paramagnetic Elements. Electron Configurations of Cations ...
Electron Configurations Of the three major subatomic particles, the electron plays the most significant role in determining the physical and chemical properties of an ...
For electrons in atoms, wave properties are important. deBroglie Equation: Matter waves Macroscopic object: 200 g rock travelling at 20 m/s has a wavelength: ...
Units of mass: atomic mass unit (amu) Defined as 1/12 of the ... The gold foil experiment: Showed that most of the atom is empty space with a dense 'nucleus' ...
Quantum Mechanical Model and Periodicity DeBroglie duality treated the electron as a function of a wave (Bohr treated as a particle) If waves of energy have some ...
Chapter 5 Quantum Numbers Part 1 Quantum Numbers There are four quantum numbers that describe the properties of an electron and the orbital that it occupies ...
Chapter 4 Arrangement of Electrons in Atoms Section 4-2 Quantum Mechanical Model of the Atom Totally different approach. Emphasizes the wave properties of an electron.
the basis for chemical valence. configurations and properties of IONS. periodic ... Therefore valence e- are easier to remove. Typical reactions / compounds ...
Electrons may have only one of two possible spins. Quantum number ms = 1/2 ... atom with unpaired electrons is paramagnetic (attracted to a magnetic field due ...
Three quantum numbers determine the size and shape of the ... In an unexcited hydrogen atom, the electron is in its quantum state of the lowest energy. ...
Neils Bohr developed a model of the atom to explain the how the structure of the ... Bohr's major idea was that the energy of the atom was ... Orbital Diagrams ...
Chapter #9 Atomic Theory Quantum Model of the Atom Physics Review J.J. Thompson determined all mater contains electrons with cathode ray tube experiments.
Quantum Atom Quantum Mechanics Describes mathematically the properties of an electron Shows regions of probability of finding an electron Quantum Numbers Orbital ...
Title: The Periodic Table Author: eric potma Last modified by: eric potma Created Date: 7/9/2006 9:44:16 PM Document presentation format: On-screen Show
An alternative to the injection of wet aerosols with flame-AAS is the ... Decrease slit and light current. Background subtraction. Elimination: The deuterium ...
Lecture 25 Quantum Mechanics of Atoms and Atomic Systems Chapter 28.10 28.14 Outline Quantum Mechanics and Periodic Table Atomic Structure and Conductivity
Traditionally designated by a Roman numeral and a letter (either A or B) at the ... High thermal/electrical conductivity, ductility, malleability, metallic luster. ...
Atoms- Make-up Elements. Smallest particle of an element that has all its characteristics. ... The very general rule (see later for clues on using) 1st- 2 e- 2nd- 8 e ...
INORGANIC ANALYSIS. Atomic Theory ... INORGANIC ANALYSIS. Law of Conservation of Mass Using Dalton's ... INORGANIC ANALYSIS. Example of an Average Atomic Mass ...
CHAPTER 8 Atomic Physics 8.1 Atomic Structure and the Periodic Table 8.2 Total Angular Momentum 8.3 Anomalous Zeeman Effect What distinguished Mendeleev was not only ...
1903 Thomson The plum pudding model. Movie. Rutherford's Alpha Scattering Experiment ... Red light. UV. Radiant Energy Spectrum. High energy, short waves. Low ...
Chapter 9 Electrons in Atoms and the Periodic Table 2006, Prentice Hall Blimps blimps float because they are filled with a gas that is less dense than the surrounding ...
CHAPTER 8 Atomic Physics Schr dinger equation for more than two particles Bosons and fermions, Pauli s exclusion principle 8.1 Atomic Structure and the Periodic Table
Unit 6: Chapters 11-12. Pages 295-366 ATOMIC ELECTRON CONFIGURATIONS AND PERIODICITY Bohr Model First model of the electron behavior Vital to understanding the atom ...