PHYS6520 Quantum Mechanics II Spring 2013 HW #5
... that your results for T (k) and R(k) have bound state poles at the expected positions when k is treated as a complex variable. ...
... that your results for T (k) and R(k) have bound state poles at the expected positions when k is treated as a complex variable. ...
Schrödinger Equation
... Photoelectric Effect • Each metal has a minimum energy needed for an electron to be emitted. • This is known as the work function, W. • So, for an electron to be emitted, the energy of the photon, hf, must be greater than the work function, W. • The excess energy is the kinetic energy, E of the emi ...
... Photoelectric Effect • Each metal has a minimum energy needed for an electron to be emitted. • This is known as the work function, W. • So, for an electron to be emitted, the energy of the photon, hf, must be greater than the work function, W. • The excess energy is the kinetic energy, E of the emi ...
The Atom
... atomic mass unit (amu) atomic mass electromagnetic radiation wavelength frequency amplitude ...
... atomic mass unit (amu) atomic mass electromagnetic radiation wavelength frequency amplitude ...
Slide 1
... • Atomic spectra: Result from excited atoms emitting light. • Line spectra: Result from electron transitions between specific energy levels. • Blackbody radiation is the visible glow that solid objects emit when heated. ...
... • Atomic spectra: Result from excited atoms emitting light. • Line spectra: Result from electron transitions between specific energy levels. • Blackbody radiation is the visible glow that solid objects emit when heated. ...
SESSION 6: ELECTROMAGNETIC RADIATION KEY CONCEPTS: X
... Particle-like nature of EM Radiation: Planck’s Constant: Planck’s constant is a physical constant named after Max Planck. ...
... Particle-like nature of EM Radiation: Planck’s Constant: Planck’s constant is a physical constant named after Max Planck. ...
Waves and Energy
... Note that because only certain atomic energies are possible, only certain frequencies of radiation can be emitted. You can compare hydrogen's seven atomic orbits to seven rungs on a ladder. A person can climb up or down the ladder only from rung to rung. Similarly, the hydrogen atom's electron ...
... Note that because only certain atomic energies are possible, only certain frequencies of radiation can be emitted. You can compare hydrogen's seven atomic orbits to seven rungs on a ladder. A person can climb up or down the ladder only from rung to rung. Similarly, the hydrogen atom's electron ...
CHAPTER 2: Special Theory of Relativity
... The longer path causes a time delay for a light pulse traveling close to the sun. This effect was measured by sending a radar wave to Venus, where it was reflected back to Earth. The position of Venus had to be in the “superior conjunction” position on the other side of the sun from the Earth. The s ...
... The longer path causes a time delay for a light pulse traveling close to the sun. This effect was measured by sending a radar wave to Venus, where it was reflected back to Earth. The position of Venus had to be in the “superior conjunction” position on the other side of the sun from the Earth. The s ...
Document
... Photoelectric Effect: “Particle Behavior” of Photon • Shows quantum nature of light (Theory by Einstein & Expt. by Millikan). • Photons hit metal cathode and instantaneously eject electrons (requires minimum energy = work function). • Electrons travel from cathode to anode against retarding voltage ...
... Photoelectric Effect: “Particle Behavior” of Photon • Shows quantum nature of light (Theory by Einstein & Expt. by Millikan). • Photons hit metal cathode and instantaneously eject electrons (requires minimum energy = work function). • Electrons travel from cathode to anode against retarding voltage ...
Uncertainty Principle
... effect) De Broglie proposed that particles also have wave properties and so they actually exhibit a dual nature of both particles and wave. Since he knew that the wavelength of a photon of momentum p is given by, λ = h/p (e.g, see question 4 of assignment 1), drawing an analogy with it, he proposed ...
... effect) De Broglie proposed that particles also have wave properties and so they actually exhibit a dual nature of both particles and wave. Since he knew that the wavelength of a photon of momentum p is given by, λ = h/p (e.g, see question 4 of assignment 1), drawing an analogy with it, he proposed ...
Lecture 5
... Many electron system is described in terms of hydrogen-like single electron states. n : principal quantum number (shell) l, m, s : angular momentum, magnetic momentum (z-component of l), and spin quantum numbers of a single electron Orbital: specified by n and l Configuration - Assignment of electro ...
... Many electron system is described in terms of hydrogen-like single electron states. n : principal quantum number (shell) l, m, s : angular momentum, magnetic momentum (z-component of l), and spin quantum numbers of a single electron Orbital: specified by n and l Configuration - Assignment of electro ...
3.6 Wave particle duality
... Used to detect very weak magnetic fields from tiny electrical currents inside the brain and for feotal examinations Quantum tunnelling occurs at a thin slice of an insulating barrier placed in a superconducting ring. When more current is induced the barrier becomes resistive and produces a measureab ...
... Used to detect very weak magnetic fields from tiny electrical currents inside the brain and for feotal examinations Quantum tunnelling occurs at a thin slice of an insulating barrier placed in a superconducting ring. When more current is induced the barrier becomes resistive and produces a measureab ...
![L 35 Modern Physics [1] Modern Physics](http://s1.studyres.com/store/data/003926344_1-b779c05b753c6dc3972377c21f9bdcd3-300x300.png)
L 35 Modern Physics [1] Modern Physics
... photoelectric effect. • Light is an electromagnetic wave, but when it interacts with matter (the metal surface) it behaves like a particle, a light particle called a photon. • A beam of light is thought of as a beam of photons. ...
... photoelectric effect. • Light is an electromagnetic wave, but when it interacts with matter (the metal surface) it behaves like a particle, a light particle called a photon. • A beam of light is thought of as a beam of photons. ...
Chapter 2
... 3. An x-ray has a wavelength of 0.13 nm. Calculate the energy (in J) of one photon of this radiation. ...
... 3. An x-ray has a wavelength of 0.13 nm. Calculate the energy (in J) of one photon of this radiation. ...
Midterm Solution
... 1. Somebody quite famous wrote: According to classical mechanics, it is not possible for a particle to be in a place where its total energy is less than its potential energy. In quantum mechanics this impossibility is changed into an improbability. 1a. What effect is she/he talking about? Does her/h ...
... 1. Somebody quite famous wrote: According to classical mechanics, it is not possible for a particle to be in a place where its total energy is less than its potential energy. In quantum mechanics this impossibility is changed into an improbability. 1a. What effect is she/he talking about? Does her/h ...
Name - Red Hook Central Schools
... The Work Function, φ (pronounced “fee”) In actuality, the energy of a photon is never directly proportional to the energy of an ejected electron because the electron must overcome a potential energy barrier (due to a number of quantum and molecular factors). We call this barrier the work function, ...
... The Work Function, φ (pronounced “fee”) In actuality, the energy of a photon is never directly proportional to the energy of an ejected electron because the electron must overcome a potential energy barrier (due to a number of quantum and molecular factors). We call this barrier the work function, ...
Scotty may soon be able to beam us up
... the microscopic world, quantum theorists have found that they simply cannot pin down the smallest bits of atoms at all. Some are so tiny that they are smaller than the smallest rays of light that we need to look at them, so that in observing them we are liable to "bump into" them and change them. Mo ...
... the microscopic world, quantum theorists have found that they simply cannot pin down the smallest bits of atoms at all. Some are so tiny that they are smaller than the smallest rays of light that we need to look at them, so that in observing them we are liable to "bump into" them and change them. Mo ...
HW-1-Ch1-Atomic-structure-W16
... 4. Calculate the binding energy per nucleon (MeV) of 56Fe isotope of mass 55.952918 amu. ( P= 1.007277 amu,; N= 1.008665 amu; e- = 5.486 x10-4 amu) ...
... 4. Calculate the binding energy per nucleon (MeV) of 56Fe isotope of mass 55.952918 amu. ( P= 1.007277 amu,; N= 1.008665 amu; e- = 5.486 x10-4 amu) ...
