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Gauss’ Law

Gauss’ Law

Gauss’ Law. AP Physics C. Electric Flux. A. E. Let's start be defining an area on the surface of an object. The magnitude is “A” and the direction is directed perpendicular to the area like a force normal.

By avery
(281 views)

Chapter 23 Gauss’s Law

Chapter 23 Gauss’s Law

Chapter 23 Gauss’s Law. The electric flux through a closed surface is proportional to the charge enclosed. Carl Friedrich Gauss 1777-1855. Yes it’s the same guy that gave you the Gaussian distribution and … .

By mahdis
(426 views)

GPS radio occultation

GPS radio occultation

GPS radio occultation. Sean Healy (sean.healy@ecmwf.int) DA lecture, 11th May, 2010 . Outline. 1) Basic physics. 2) GPS measurement geometry. 3) GPS radio occultation and “Classical GPS RO retrieval”. 4) Information content and resolution from 1D-Var.

By odette
(229 views)

Gauss’ Law

Gauss’ Law

Gauss’ Law. Besides adding up the electric fields due to all the individual electric charges, we can use something called Gauss’ Law. Its idea is similar to mass conservation in fluid flow involving sources and sinks.

By josette
(270 views)

Gauss’ Law

Gauss’ Law

Gauss’ Law. AP Physics C. Electric Flux. A. E. Let's start be defining an area on the surface of an object. The magnitude is “A” and the direction is directed perpendicular to the area like a force normal.

By lowri
(1572 views)

Helium

Helium

Helium. Nikki Meshkat Physics 138. Outline. Interesting facts about Helium Solving the Schrodinger Equation for He Ground State Excited States Spin Solve integrals for various cases. Fun Facts about Helium. Helium is named after the Greek god of the sun “Helios”

By bridget
(1149 views)

Symmetries in Nuclei

Symmetries in Nuclei

Symmetries in Nuclei. P. Van Isacker Grand Acc élérateur National d’Ions Lourds, Caen, France. Symmetries in Nuclei. Symmetry and its mathematical description The role of symmetry in physics Symmetries of the nuclear shell model Symmetries of the interacting boson model. What is symmetry?.

By barnard
(199 views)

Atomic radius as a function of charge and atomic number

Atomic radius as a function of charge and atomic number

Now that we have taken the trouble to learn about electronic configurations, let see if what we learned works as an effective model for understanding some of the chemistry of the periodic table. . Atomic radius as a function of charge and atomic number.

By slone
(83 views)

Terascale Supernova Initiative

Terascale Supernova Initiative

Terascale Supernova Initiative. Discovering New Dynamics of Core-Collapse Supernova Shock Waves. John M. Blondin NC State University. Scientific Discovery through Advanced Computing. A Long History of Computational Physics…. 1966 Colgate and White

By alessa
(100 views)

Solids

Solids

Solids. Solids have “resistance” to changes in both shape and volume Solids can be Crystalline or Amorphous Crystals are solids that consist of a periodic array of atoms, ions, or molecules

By selena
(378 views)

Rate C onstants and Kinetic Energy Releases in Unimolecular Processes , Detailed Balance Results

Rate C onstants and Kinetic Energy Releases in Unimolecular Processes , Detailed Balance Results

Rate C onstants and Kinetic Energy Releases in Unimolecular Processes , Detailed Balance Results. Klavs Hansen Göteborg University and Chalmers University of Technology Igls, march 2003.

By jenna
(128 views)

Detonation Failure during Diffraction

Detonation Failure during Diffraction

Detonation Failure during Diffraction. Marco Arienti, Joseph E. Shepherd CIT ASCI-ASAP FY01 Research Review October 22-23, 2001. Decoupled detonation in O 2 -H 2 mixture (E. Shultz). cross-sections. j = . 0. density. I. II. mass-fraction.

By kaz
(134 views)

MA 242.003

MA 242.003

MA 242.003 . Day 48 – March 21, 2013 Section 12.8: Finish: Triple Integrals in Spherical Coordinates Section 13.1: Vector Fields. Section 12.8 Triple Integrals in Cylindrical Coordinates. Goal : Use spherical coordinates to compute a triple integral that has spherical symmetry. Spheres.

By kiana
(183 views)

Symmetry, Equipotentials and Energy

Symmetry, Equipotentials and Energy

Symmetry, Equipotentials and Energy. Electric Potential. What is an expert: three possibilities?. Knows answer without waking up Has worked through most problems during a previous life Is armed with a) logic b) intuition and c) ability to use math. Knows answer without waking up

By guri
(105 views)

Invertebrate Zoology

Invertebrate Zoology

Invertebrate Zoology. Architectural pattern of an Animal. Animal Symmetry. Asymmetrical Not symmetrical . Symmetrical. Spherical symmetry .

By opa
(160 views)

Hands-on Particle Astrophysics

Hands-on Particle Astrophysics

Hands-on Particle Astrophysics. Introduction to Particle Physics Part II. Fermions (spin ½). Bosons (spin 1). Make up hadrons baryons: mesons:. electromagnetic. strong. weak. Smallest Building Blocks ( Fermion Interactions). Neutrinos (neutral leptons):. Charged leptons:.

By milos
(116 views)

Physics 2112 Unit 6: Electric Potential

Physics 2112 Unit 6: Electric Potential

Physics 2112 Unit 6: Electric Potential. Today’s Concept: Electric Potential (Defined in terms of Path Integral of Electric Field). Last time we defined the electric potential energy of charge q in an electric field:. Big Idea.

By tanith
(233 views)

Possible Evidence of Thermodynamic Activity in Dark Matter Haloes

Possible Evidence of Thermodynamic Activity in Dark Matter Haloes

Possible Evidence of Thermodynamic Activity in Dark Matter Haloes. A coincidence?. Universal feature of galactic haloes : Flat rotation curves Flat rotation curves naturally appear if source is

By avi
(91 views)

Cosmic Holography

Cosmic Holography

Cosmic Holography. Bin Wang( 王 斌 ) Department of Physics, Fudan University. Entropy of our universe. 2.7K cosmic microwave background (CMB) The universe started in a low-entropy state and has not yet reached its maximal attainable entropy. Questions:

By doria
(149 views)

Accelerating Expansion from Inhomogeneities ?

Accelerating Expansion from Inhomogeneities ?

Accelerating Expansion from Inhomogeneities ?. Je-An Gu ( 顧哲安 ) National Taiwan University. Collaborators: Chia-Hsun Chuang ( 莊家勛 ) W-Y. P. Hwang ( 黃偉彥 ). (astro-ph/0512651). IoPAS 2006/03/17. Acceleration Expansion. Based on FRW Cosmology.

By shandi
(69 views)

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