'Quantum model' presentation slideshows

The Electron Structure of the Atom

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Long-range interaction in a quantum model of interacting Fermi-particles

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Chapter 5 Notes

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Arrangement of Electrons in Atoms

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A Physics Toolkit

A Physics Toolkit. Chapter 1. 1.1 Physics. Energy, matter and their relationship Understanding the physical world Careers Scientists, astronomers, engineers, teachers, computer science, medicine. Mathematics. Language of physics Model observations Representations

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Chemistry 111

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Arrangement of Electrons in Atoms Part One

Arrangement of Electrons in Atoms Part One. Learning Objectives Read Pages 97-106 Asgn #16: 103/1-6. Section 1 Light and Electrons. Explain the mathematical relationship amount the speed, wavelength, and frequency of electromagnetic radiation. Discuss the dual wave-particle nature of light.

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Structure and Properties of Matter Models of the Atom

Structure and Properties of Matter Models of the Atom. Unit 1 - Lesson 3 - 4. Models of the Atom. Learning Objectives: Describe each model of the atom, linking it to the scientist which made the discovery.

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Bohr Model of the Atom

Bohr Model of the Atom. Outline Emission spectrum of atomic hydrogen. The Bohr model. Extension to higher atomic number. Photon Emission. Relaxation from one energy level to another by emitting a photon. With D E = hc/ l If l = 440 nm, DE = 4.5 x 10 -19 J. Emission.

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Chapter 4 arrangement of electrons in atoms

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Quantum Model of the Atom

Quantum Model of the Atom. The Bohr Model of the atom was incorrect Electrons do not orbit the nucleus. Quantum Model of the Atom. In the modern (quantum) model of the atom, electrons are found in regions of space called orbitals

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Worst case analysis of non-local games

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Unit 9 : Atomic Theory and Periodicity

Unit 9 : Atomic Theory and Periodicity. Section 2: Quantum Mechanical Theory. Problems with the Bohr Model. Suggests that orbiting electrons move at a specific radius, like a planet does around the sun

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Physics and the Quantum Model

Physics and the Quantum Model. Light. The idea for the the quantum mechanical model grew out of the study of light Light consists of waves The amplitude of a a wave is the height from zero to crest Wavelength ( ? ) is the distance between crests

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Atomic Spectra

Atomic Spectra. Rutherford Model - Atom is mostly empty space with all the positive charge concentrated in a tiny massive central core. He also suggested a planetary model where electrons orbit the nucleus. Although a major step forward, this model was flawed.

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Atomic Models

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Part I: PhET simulation of different theories of atoms Part II: Analyze Spectroscope Data

Part I: PhET simulation of different theories of atoms Part II: Analyze Spectroscope Data. Niels Bohr.

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