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[Show more]Quantum Mechanics Complete Guide 
Quantum Mechanics The study of the structure and behavior of atoms and molecules. 
Aufbau Principle Electrons fill an element's orbitals in order of increasing energy. 
Pauli Exclusion Principle When two electrons share an orbital, they must have different spi...
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Quantum Mechanics The study of the structure and behavior of atoms and molecules. 
Aufbau Principle Electrons fill an element's orbitals in order of increasing energy. 
Pauli Exclusion Principle When two electrons share an orbital, they must have different spi...
Quantum Mechanics Already Graded A+ 
Max Planck : German physicist who solved the problem of why different wave lengths are 
emitted at different temperatures- proposed that the energy absorbed or emitted by an object could 
only occur in "pieces"- which he called quantum 
Wener Heisenberg...
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Max Planck : German physicist who solved the problem of why different wave lengths are 
emitted at different temperatures- proposed that the energy absorbed or emitted by an object could 
only occur in "pieces"- which he called quantum 
Wener Heisenberg...
Quantum Mechanics: Exam 1 Already Graded A+ 
1.1 The major steps that led to the birth of modern physics include ____ of the 1890s, ____ and ____, 
the ____ theory of matter, and ____ of 1895. 
a. classical physics; waves; particles; atomic; unresolved questions 
b. quantum physics; uncertainty ...
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1.1 The major steps that led to the birth of modern physics include ____ of the 1890s, ____ and ____, 
the ____ theory of matter, and ____ of 1895. 
a. classical physics; waves; particles; atomic; unresolved questions 
b. quantum physics; uncertainty ...
Quantum Mechanics 1 Verified Answers 
Define the wavelength, frequency, and amplitude of a wave. Draw a labeled diagram. 
Wavelength: the distance between wave crests 
Frequency: the number of waves passing per second 
Amplitude: the maximum change of the oscillating quantity. The greater the am...
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Define the wavelength, frequency, and amplitude of a wave. Draw a labeled diagram. 
Wavelength: the distance between wave crests 
Frequency: the number of waves passing per second 
Amplitude: the maximum change of the oscillating quantity. The greater the am...
Chemistry Quantum Mechanics Guaranteed A+ 
What are quantum numbers ️A set of numbers that describes the probable location of an electron 
What is the principle quantum numbers ️Indicates the main energy level occupied by the electron 
What is used to determine how many electrons can go in ea...
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What are quantum numbers ️A set of numbers that describes the probable location of an electron 
What is the principle quantum numbers ️Indicates the main energy level occupied by the electron 
What is used to determine how many electrons can go in ea...
Introduction to Quantum Mechanics Graded A+ 
Back to Bohr: Bohr gave us Quantization 
Quantization means electrons can only exist in certain discrete energy levels 
(like a staircase, they can only completely be on the first or second stair but never in between stairs 
different distances from g...
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Back to Bohr: Bohr gave us Quantization 
Quantization means electrons can only exist in certain discrete energy levels 
(like a staircase, they can only completely be on the first or second stair but never in between stairs 
different distances from g...
Quantum Mechanics Grade 12 Review Guaranteed Answers 
Who introduced the idea that particles could behave like waves? ️Louis de Broglie 
What theory did Erwin Shrodinger produce? ️the electron can only have certain quantized energies 
because of the requirement for only whole number of wavele...
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Who introduced the idea that particles could behave like waves? ️Louis de Broglie 
What theory did Erwin Shrodinger produce? ️the electron can only have certain quantized energies 
because of the requirement for only whole number of wavele...
Quantum Mechanics 1 Guaranteed A+ 
Review of Properties of a Free Particle (3) 
1. Energy is not quantized! 2. They cannot have definite energy! 3. It is always described by a wave 
packet! 4. wave packet always spreads with time! (just like in classical physics) 
wave packet 
a group of superp...
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Review of Properties of a Free Particle (3) 
1. Energy is not quantized! 2. They cannot have definite energy! 3. It is always described by a wave 
packet! 4. wave packet always spreads with time! (just like in classical physics) 
wave packet 
a group of superp...
Quantum Mechanics History 
Planck ️Energy is discontinuous, quantum 
Einstein ️Light is both a wave and particle(Photoelectric effect) 
Bohr ️Bohr Model of Atom, electrons move in fixed orbits around nucleus, energy levels are 
quantized 
DeBroglie ️Matter is both a particle and a wave...
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Planck ️Energy is discontinuous, quantum 
Einstein ️Light is both a wave and particle(Photoelectric effect) 
Bohr ️Bohr Model of Atom, electrons move in fixed orbits around nucleus, energy levels are 
quantized 
DeBroglie ️Matter is both a particle and a wave...
Quantum Mechanics-Chemistry 
Of these electromagnetic waves, which has the longest wave length, greatest energy, greatest 
frequency, lowest amplitude? ️1. Wavelength is the distance between identical points on successive 
waves. Wave B has the longest wavelength. 
2. Frequency is the number ...
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Of these electromagnetic waves, which has the longest wave length, greatest energy, greatest 
frequency, lowest amplitude? ️1. Wavelength is the distance between identical points on successive 
waves. Wave B has the longest wavelength. 
2. Frequency is the number ...
Chemistry Chapter 5 Quantum Mechanics 
Who developed the idea of electron energy levels? Niels Bohr 
What two conclusions did Bihr come to? 1: an electron can only move a certain distance from the 
nucleus 
2: an electron can only move at a certain speed 
Schrodinger, Heisinberg, and de Brogli...
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Who developed the idea of electron energy levels? Niels Bohr 
What two conclusions did Bihr come to? 1: an electron can only move a certain distance from the 
nucleus 
2: an electron can only move at a certain speed 
Schrodinger, Heisinberg, and de Brogli...
Quantum Mechanics Vocabulary Guaranteed Success 
Photoelectric The emission of electrons from a metal when light shines on the metal 
Quantum energy the minimum quantity of energy that can be lost or gained by an atom 
Photon A particle of electromagnetic radiation having zero mass and carrying a...
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Photoelectric The emission of electrons from a metal when light shines on the metal 
Quantum energy the minimum quantity of energy that can be lost or gained by an atom 
Photon A particle of electromagnetic radiation having zero mass and carrying a...
Quantum Mechanics Guaranteed Success 
angular momentum quantum number (l) ️quantum number distinguishing the different shapes of 
orbitals 
atomic orbital ️mathematical function that describes the behavior of an electron in an atom, it can be 
used to find the probability of locating an elec...
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angular momentum quantum number (l) ️quantum number distinguishing the different shapes of 
orbitals 
atomic orbital ️mathematical function that describes the behavior of an electron in an atom, it can be 
used to find the probability of locating an elec...
Quantum Mechanics (QM) General Principles Rated A+ 
Wavefunction whats this symbol represent? 
Every possible physical state of a system is represented in its wavefunction What is the first postulate 
of Quantum mechanics (QM)? 
single-valued, continuous, bounded and differentiable, and square i...
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Add to cartQuantum Mechanics (QM) General Principles Rated A+ 
Wavefunction whats this symbol represent? 
Every possible physical state of a system is represented in its wavefunction What is the first postulate 
of Quantum mechanics (QM)? 
single-valued, continuous, bounded and differentiable, and square i...
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