Famous Scientists | Principles and Rules | Quantum Numbers | Quantum Theory | Pot Pourri |
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Niels Bohr
"The scientist who developed a new model of the atom with energy levels"
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Hund's Rule
"The principle that claims that orbitals of equal energy must be filled with single electrons before being filled with pairs of electrons"
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Principal Quantum Number
"The quantum number n that indicates the energy level of an electron"
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Dual Nature of Electrons
"The claim that electrons behave as both a wave and a particle"
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Bohr Model of the Atom
"This model of the atom describes electron jumping within energy levels"
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Albert Einstein
?The scientist that discovered E=mc^2 and his ork lead to the atomic bomb.?
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Aufbau Principle
"The principle that claims that an electron will sit in the lowest energy orbital possible"
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Angular Momentum Number
"The quantum number (lower case L) that indicates the shape of an orbital"
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Quantum Theory
"The theory that describes the wave properties of electrons and other small particles"
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Earnest Rutherford
"This scientist discovered the nucleus by shooting alpha particles at a thin gold sheet"
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Max Planck
"The scientist who calculated the relationship between energy and frequency of a wave" "The Father of Quantum Theory"
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Pauli Exclusion Principle
"The principle that claims that no two electrons in the same atom can have the same set of 4 quantum numbers"
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Magnetic Quantum Number
"The quantum number m that indicates the orbital's orientation around the nucleus"
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Quantum Numbers
"The numbers used to identify the properties of orbitals and their electrons"
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Periodic Table of the Elements
"This item is a one-stop-shop for information on all of the elements"
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Louis De Broglie
"The scientist that theorized that electrons can act as waves."
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Heisenberg Uncertainty Principle
"The principle that claims that we cannot know both the position and velocity of an electron simultaneous"
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Spin Quantum Number
"The quantum number +/- 1/2 which indicates direction the electron rotates"
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Dual Nature of Light
"The claim that light energy can behave as both a wave and a particle"
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Law of Conservation of Mass
"This law states that matter cannot be created nor destroyed"
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Erwin Schrodinger
"The scientist whose equation was used to determine the energy of different electrons when they act as waves"
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Quantum Theory
"The theory that describes the wave properties of electrons and other small particles" i.e. how they behave
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Electron Configuration
"The arrangement of all electrons around the nucleus"
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Orbitals
"The 3-dimensional location around the nucleus with the highest probability of containing an electron"
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Sight, Hearing, Taste, Smell
"This sense is interpretations of signals sent to the brain and only exists is your mind"
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