Search for tag: "density"

52 Media

EarthSci 4J03: Lecture 6 Wells Part 4 duration 48 minutes 32 seconds EarthSci 4J03: Lecture 6 Wells Part 4 EarthSci 4J03: Lecture 6 Wells Part 4	EarthSci 4J03: Lecture 6 Wells Part 4 EarthSci 4J03 Lecture 6D: Wells Part 4 log resistivity porosity water gamma ray logs bit formation density sandstone neutron shale sandstones gas potassium hydrogen radioactivity lot response From JANOK BHATTACHARYA 10 plays 0
011 Continuous Random Variable duration 9 minutes 36 seconds 011 Continuous Random Variable 011 Continuous Random Variable	011 Continuous Random Variable probability cdf pdf interval variable point infinity function thing lottery boundary axis component graph density cdfs x. areas question hours From Mu He 363 plays 0
08-AbsrbGenNThermalDist duration 1 hour 27 minutes 08-AbsrbGenNThermalDist 08-AbsrbGenNThermalDist	08-AbsrbGenNThermalDist 4Q03 Lecture 08: This lecture continues to convert Fermi's Golden Rule to continuum normalization, doing so for a simple absorption process and then for a general scattering process, defining… particles momentum thing volume particle rate factor times function cubed continuum beta delta alpha energy probability reaction density factors matrix From Clifford Burgess 105 plays 0
13-BE Condensation duration 56 minutes 44 seconds 13-BE Condensation 13-BE Condensation	13-BE Condensation Physics 4Q03 Lecture 13: This lecture reviews how to set up averages with statistical mechanics, translating the grand canonical ensemble into the language of occupation number. This is used to… particles thing mu energy sum beta minus epsilon density volume probability function alpha particle naught infinity ground bar things story From Clifford Burgess 45 plays 0
14-Semiclassical BEC duration 1 hour 3 minutes 14-Semiclassical BEC 14-Semiclassical BEC	14-Semiclassical BEC Physics 4Q03 Lecture 14: This lecture continues the discussion of Bose Einstein condensation and shows how a semiclassical analysis can allow a calculation of the optimal density of condensed… psi naught particles energy thing hat ground star density volume epsilon mu things expectation times momentum interaction term infinity particle From Clifford Burgess 45 plays 0
1-1. Review duration 13 minutes 2 seconds 1-1. Review 1-1. Review	1-1. Review Quick review of fluids - properties, continuum meter units kilograms mechanics viscosity force meters unit volume density stress fluid bit conservation velocity del cubed rate cat energy From Marilyn Lightstone 189 plays 0
1-5. DERIVATION - Conservation of Mass 8:17 duration 12 minutes 56 seconds 1-5. DERIVATION - Conservation of Mass 8:17 1-5. DERIVATION - Conservation of Mass 8:17	1-5. DERIVATION - Conservation of Mass 8:17 editing completed rho fluid equation space grad times mass dot volume velocity conservation density del flow road thing delta dimensions notation dx mouse sheath bit 3d From Marilyn Lightstone 129 plays 0
2011-OpenEFTsGravity-Yale-Burgess duration 1 hour 5 minutes 2011-OpenEFTsGravity-Yale-Burgess 2011-OpenEFTsGravity-Yale-Burgess	2011-OpenEFTsGravity-Yale-Burgess Wilson to Lindblad: Late-time Obstacles to Reliable Calculations with Horizons (and how Open EFTs can help). This talk describes how Open Effective Field Theories can be used to deal with the… times field things equation thing theory evolution scale interaction space matrix function systems argument perturbation density fluctuations term problem story From Clifford Burgess 50 plays 0
PHYS3QI3_class17 duration 49 minutes 58 seconds PHYS3QI3_class17 PHYS3QI3_class17	PHYS3QI3_class17 Finished density operator slides (QI11_Density_Operator) and started the slides on local measurements (QI12_Local_Measurements) density matrix trace operator sum basis rho probabilities entropy things phi probability expression row systems eigenvalues elements sort expectation operators From DUNCAN O'DELL 11 plays 0
PathologyModule_Osteoporosis duration 15 minutes 7 seconds PathologyModule_Osteoporosis PathologyModule_Osteoporosis	PathologyModule_Osteoporosis bone osteoporosis calcium mass cartilage spine resorption activity age factors vertebrae peak fractures specimen trabeculae tissue risk fragility density plasma From anatprg 6 plays 0
Polymer Rheology: Calculation Walkthrough - W2 duration 22 minutes 28 seconds Polymer Rheology: Calculation Walkthrough - W2 Polymer Rheology: Calculation Walkthrough - W2	Polymer Rheology: Calculation Walkthrough - W2 CHEMENG 3L02 - Intermediate Laboratory Skills Lab: Polymer Rheology Week: 2 Topic: Recap of W1 and walkthrough on calculations pressure ram calculations flow rate equation appendix density force step things temperature calculation units meters die mass drop polymer cubed From Kushal Panchal 149 plays 0
Pitfalls in Pediatric Neuroimaging, Dr. Shahyan… duration 49 minutes 8 seconds Pitfalls in Pediatric Neuroimaging, Dr. Shahyan… Pitfalls in Pediatric Neuroimaging, Dr. Shahyan Siddiqui, Dec 10 2021	Pitfalls in Pediatric Neuroimaging, Dr. Shahyan Siddiqui, Dec 10 2021 hyperintensities sort image lot lesion sinus density flow kids images times matter prominence space pitfalls hematoma variant thrombosis fact months From Robyn Whitney 50 plays 0
PHYS3QI3_class15 duration 46 minutes 51 seconds PHYS3QI3_class15 PHYS3QI3_class15	PHYS3QI3_class15 Mixed states and the density operator. Taught by Wyatt Kirkby in 2021 matrix density probability superposition trace operator expectation particle things basis thing elements kind spin particles measurement lot vector mixture sigma From DUNCAN O'DELL 2 plays 0
PHYS739_approximation_Methods4 duration 1 hour 33 minutes PHYS739_approximation_Methods4 PHYS739_approximation_Methods4	PHYS739_approximation_Methods4 Generalized our treatment of first order transitions to include a slow switch on of the perturbation. energy function times things thing bar width delta particle nucleus size momentum probability rate density omega box energies transition angle From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
09_Operating Principles and Modeling of DC… duration 6 minutes 41 seconds 09_Operating Principles and Modeling of DC… 09_Operating Principles and Modeling of DC Motors_Part1	09_Operating Principles and Modeling of DC Motors_Part1 direction force field wire loop forces side torque density finger hand pole motors degree left flux cross lecture degrees current From BERKER BILGIN 110 plays 0
05_Fundamentals of Electromagnetics_Part 4 duration 10 minutes 51 seconds 05_Fundamentals of Electromagnetics_Part 4 05_Fundamentals of Electromagnetics_Part 4	05_Fundamentals of Electromagnetics_Part 4 force wire magnet charge television vector density field law screen blackboard meter volume unit velocity expression coulomb lorentz rho image From BERKER BILGIN 100 plays 0
4FF3_Lecture 2 (Pre-seminar) duration 49 minutes 22 seconds 4FF3_Lecture 2 (Pre-seminar) 4FF3_Lecture 2 (Pre-seminar)	4FF3_Lecture 2 (Pre-seminar) 4ff3 cities sort anthropologists kinds child density idea anthropology scholars spaces lot writing things ways kind instance population places architecture class From ANDREW RODDICK 16 plays 0
08_Tutorial_Magnetic Circuit Problem_Part3 duration 5 minutes 31 seconds 08_Tutorial_Magnetic Circuit Problem_Part3 08_Tutorial_Magnetic Circuit Problem_Part3	08_Tutorial_Magnetic Circuit Problem_Part3 times flux core gap air reluctance field intensity phi psi energy cross density meter ampere linkage minus turns circuits circuit From BERKER BILGIN 121 plays 0
Kaltura Capture recording - June 22nd 2020,… duration 8 minutes 43 seconds Kaltura Capture recording - June 22nd 2020,… Kaltura Capture recording - June 22nd 2020, 3:47:21 pm	Kaltura Capture recording - June 22nd 2020, 3:47:21 pm analysis of mass conservation equation volume mass times rate equation control rho west dx conservation delta flow dot derivative density term x. glob accumulation thing From Marilyn Lightstone 34 plays 0
10_DC Motor Excitation Types1_Part2 duration 5 minutes 6 seconds 10_DC Motor Excitation Types1_Part2 10_DC Motor Excitation Types1_Part2	10_DC Motor Excitation Types1_Part2 circuit expression speed field armature increase flux saturation core resistance ea density reluctance omega voltage b. age relationship mmf circuits From BERKER BILGIN 86 plays 0
Practicing Moral Resilience Part 5: Displacing… duration 14 minutes 34 seconds Practicing Moral Resilience Part 5: Displacing… Practicing Moral Resilience Part 5: Displacing the weight - Buoyancy \| Dr. Connie Williams \| February 16, 2023	Practicing Moral Resilience Part 5: Displacing the weight - Buoyancy \| Dr. Connie Williams \| February 16, 2023 Dr. Connie Williams is a Neonatologist and Associate Professor in the Division of Neonatology. Her academic interests include bioethics, health policy, and interprofessional education. pediatrics mcmaster university mcmaster children's hospital faculty development grand rounds faculty moral resilience resilience things density systems idea buoyancy lemon force institutions bottom molecules teams capacity injury burnout courage skin forces ocean object From Johna Autencio 8 plays 0
29_Introduction to Synchronous Motors_Part2 duration 7 minutes 22 seconds 29_Introduction to Synchronous Motors_Part2 29_Introduction to Synchronous Motors_Part2	29_Introduction to Synchronous Motors_Part2 magnets magnet cost neodymium supply earth applications cobalt production stage chain mass resistance efficiency density boron iron energy motors concentration From BERKER BILGIN 62 plays 0
17-PhotonsInQED duration 1 hour 7 minutes 17-PhotonsInQED 17-PhotonsInQED	17-PhotonsInQED Physics 4Q03 Lecture 17: This lecture continues the discussion of quantizing the electromagnetic fields and shows how field energy and momentum can be written in terms of photon creation and… field energy thing equation things omega epsilon operator lambda solution function equations star operators momentum freedom vector density delta k. From Clifford Burgess 48 plays 0
06_Electromechanical Energy Conversion_Part1 duration 6 minutes 1 second 06_Electromechanical Energy Conversion_Part1 06_Electromechanical Energy Conversion_Part1	06_Electromechanical Energy Conversion_Part1 flux times inductance expression loop field mu lc density voltage cross equals circuit law energy core geometry construction ac equation From BERKER BILGIN 3 plays 0