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AP Chemistry: Unit 2
Atomic Structure 

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Atomic Structure 1

John Dalton's Model of the Atom

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Atomic Structure 2

"Plumb Pudding" Model of the Atom

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Atomic Structure 3

Robert Millikan's Oil Drop Experiment

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Atomic Structure 4

Scientific Contributors to Atomic Structure

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Atomic Structure 5

The Gold Foil Experiment

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Atomic Structure 6

The 3 Subatomic Particles of the Atom

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Atomic Structure 7

Why Study Atomic Structure?

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Atomic Structure 8

The Standing Wave

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Atomic Structure 9

The Electromagnetic Spectrum

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Atomic Structure 10

The Quantization of Energy

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Atomic Structure 11

The Photoelectric Effect

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Atomic Structure 12

The Photoelectric Effect Calculation #1

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Atomic Structure 13

The Bohr Model of an Atom

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Atomic Structure 14

Light Production from the Atom

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Atomic Structure 15

The Mathematics of the Bohr Model

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Atomic Structure 16

Energy Calculation (n=1) using the Bohr Model

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Atomic Structure 17

Energy Calculation (n=2) using the Bohr Model

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Atomic Structure 18

Change in Energy using the Bohr Model

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Atomic Structure 19

Wavelength Calculation using the Bohr 

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Atomic Structure 22

Various Emission Series: Lyman, Balmer, Paschen, Brackett, and Pfund

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Atomic Structure 20

Light Production from Hydrogen

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Atomic Structure 23

Conclusions and Problems with the Bohr Model

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Atomic Structure 21

Atomic Line Spectrum of Hydrogen

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Atomic Structure 24

The Electron as a Wave, Not a Particle

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Atomic Structure 25

A Calculation with de Broglie's Equation

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Atomic Structure 26

The Heisenberg Uncertainty Principle

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Atomic Structure 27

Schrödinger's Model of the Atom: Quantum or Wave Mechanics

AP Chemistry

Atomic Structure 1

John Dalton's Model of the Atom

AP Chemistry

Atomic Structure 4

Scientific Contributors to Atomic Structure

AP Chemistry

Atomic Structure 7

Why Study Atomic Structure?

AP Chemistry

Atomic Structure 10

The Quantization of Energy

AP Chemistry

Atomic Structure 13

The Bohr Model of an Atom

AP Chemistry

Atomic Structure 16

Energy Calculation (n=1) using the Bohr Model

AP Chemistry

Atomic Structure 19

Wavelength Calculation using the Bohr Model

AP Chemistry

Atomic Structure 22

Various Emission Series: Lyman, Balmer, Paschen, Brackett, and Pfund

AP Chemistry

Atomic Structure 25

A Calculation with de Broglie's Equation

AP Chemistry

Atomic Structure 28

The Principal Quantum Number, n

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Atomic Structure 2

"Plumb Pudding" Model of the Atom

AP Chemistry

Atomic Structure 5

The Gold Foil Experiment

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Atomic Structure 8

The Standing Wave

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Atomic Structure 11

The Photoelectric Effect

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Atomic Structure 14

Light Production from the Atom

AP Chemistry

Atomic Structure 17

Energy Calculation (n=2) using the Bohr Model

AP Chemistry

Atomic Structure 20

Light Production from Hydrogen

AP Chemistry

Atomic Structure 23

Conclusions and Problems with the Bohr Model

AP Chemistry

Atomic Structure 26

The Heisenberg Uncertainty Principle

AP Chemistry

Atomic Structure 29

The Angular Momentum Quantum Number, I

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Atomic Structure 3

Robert Millikan's Oil Drop Experiment

AP Chemistry

Atomic Structure 6

The 3 Subatomic Particles of the Atom

AP Chemistry

Atomic Structure 9

The Electromagnetic Spectrum

AP Chemistry

Atomic Structure 12

The Photoelectric Effect Calculation #1

AP Chemistry

Atomic Structure 15

The Mathematics of the Bohr Model

AP Chemistry

Atomic Structure 18

Change in Energy using the Bohr Model

AP Chemistry

Atomic Structure 21

Atomic Line Spectrum of Hydrogen

AP Chemistry

Atomic Structure 24

The Electron as a Wave, Not a Particle

AP Chemistry

Atomic Structure 27

Schrödinger's Model of the Atom: Quantum or Wave Mechanics

AP Chemistry

Atomic Structure 30

The Magnetic Quantum Number, ml

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Atomic Structure 28

The Principal Quantum Number, n

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Atomic Structure 29

The Angular Momentum Quantum Number, l

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Atomic Structure 30

The Magnetic Quantum Number, ml

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