Search for tag: "differential equation"

11:40 2019_NNCI_REU_Presentations_-_Phoebe_Appel 2019_NNCI_REU_Presentations_-_Phoebe_Appel	2019_NNCI_REU_Presentations_-_Phoebe_Appel force political philosophy pretty complex philosophical terminology surface tension industrial processes mathematical terminology convection systems theory capillary pressure gravity matters heat transfer solid liquid interface parameters matter radiation phases of matter emotions free surface atmospheric thermodynamics thermodynamics assumption kinematics ventilating semiconductor materials dimensionless include fluid flow latent heat circles microgravity curvature (mathematics)caption complete algebra concepts in physics point heat source boundary condition differential geometry liquid bridge virtue velocity fluid dynamics temperature gradient atmospheric dynamics classical mechanics fluid mechanics physical quantities semiconductor growth calorimetry hey things capillary bridge equation heating equal heating elementary geometry length top rod and air conditioning dimensionless numbers multivariable calculus From James Overhiser on August 16th, 2019 2 plays
01:09:52 Schrodinger equation and mean-field approximation… Schrodinger equation and mean-field approximation - Lecture 1.2	Schrodinger equation and mean-field approximation - Lecture 1.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 1.2 concepts in physics chemical elements simple equation solutions characteristic energy body wave function electronic structure correlation potential electron density architectural elements square divided 1st principles electron egyptian artefact types grammar particle equation electron charge force kinetic energy potential energy philosophical terminology principles nuclear mass hydrogen physics 1st electron particle physics quantum chemistry chemical properties body problem starting point cool interaction biology and pharmacology of chemical elements spintronics f.t.environmental science people talk atoms independent particle functions and mappings potential exacted chemical processes exclusion principle helium atom conservation laws mechanics extra potential electronic structure methods electron basically communication forms of energy reference frame tomorrow morning experimental parameter electrostatics complex number quantum mechanics hydrogen wave functions completely ignore single particle minus $13.00 quantum models airship technology 100 years potential energy coming physical quantities basically minus condensed matter physics potential energy hydrogen atom independent events nuclear potential pretty table column interaction state functions 40000 points takes care mathematical terminology square model helium physical principle caption complete single particle equation hydrogen semiconductor materials kinetic energy exchange potential total energy independent electron good news partial differential equations electron mass 1st step human communication electromagnetism electronic variables atomic number mass wave function From James Overhiser on February 15th, 2019 56 plays
41:15 Plane Waves and Pseudopotentials- Lecture 2.2 Plane Waves and Pseudopotentials- Lecture 2.2	Plane Waves and Pseudopotentials- Lecture 2.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 2.2 mechanics time needed differential equations point energy concepts in physics 2nd order calculation time reference frame caption complete water molecule differential equation quantum chemistry economics terminology types of functions web colors oral communication quantum mechanics local density approximation molecules microeconomics teaching time consuming total energy atomic physics function pseudo potential previous lecture commerce f.t.continuum mechanics quantum number plane wave boundary condition english-language journals optical spectrum basically kinetic energy fluid dynamics functions and mappings physiology semantics physical quantities chemistry energy development partial differential equations absolutely critical criminal law thought matter mass f.d.a.elementary mathematics binding energy wave function nuclear potential From James Overhiser on February 14th, 2019 44 plays
57:07 DFT: Plane Waves and Pseudopotentials (Lecture… DFT: Plane Waves and Pseudopotentials (Lecture 2.2)	DFT: Plane Waves and Pseudopotentials (Lecture 2.2) 2018 PARADIM SUMMER SCHOOL DFT: Plane Waves and Pseudopotentials (Lecture 2.2) differential equations real space electronics terminology calculation energy philosophical terminology concepts in physics exact solution chemical elements forms of energy cybernetics net charge force quantum mechanics decision theory caption complete water molecule differential equation quantum chemistry systems science plane wave semiconductor materials systems mathematical notation physical sciences functional theory total energy biology and pharmacology of chemical elements function computer time pseudo potential algebra boundary conditions amorphous system partial differential equations electron construction basically kinetic energy systems theory 2nd derivative functions and mappings structure sound physical quantities typical question function equal code yesterday thought dietary minerals primitive vectors condition mass linear operators in calculus wave function virtue From James Overhiser on February 14th, 2019 47 plays
57:07 DFT: Plane Waves and Pseudopotentials (Lecture… DFT: Plane Waves and Pseudopotentials (Lecture 2.2)	DFT: Plane Waves and Pseudopotentials (Lecture 2.2) 2018 PARADIM SUMMER SCHOOL Lecture 2.2 - Planewaves and Pseudopotentials differential equations real space energy concepts in physics commerce exact solution chemical elements forms of energy net charge force quantum mechanics hydrogen decision theory caption complete water molecule differential equation quantum chemistry plane wave reducing agents 2nd derivative mathematical notation physical sciences bundle conditions functional theory total energy function full system computer time pseudo potential algebra structure boundary conditions amorphous system partial differential equations construction basically kinetic energy systems theory functions and mappings semantics physical quantities typical question function equal code yesterday thought primitive vectors condition mass linear operators in calculus wave function From James Overhiser on February 14th, 2019 18 plays
49:32 DFT: Density Functional Theory (Lecture 2.1) DFT: Density Functional Theory (Lecture 2.1)	DFT: Density Functional Theory (Lecture 2.1) 2018 PARADIM SUMMER SCHOOL Lecture 2.1- Density functional Theory renting mechanics independent particles approximate functional 40000 points electronic structure methods energy concepts in physics symbols cognitive science continuum mechanics functional theory clothing caption complete electrostatics differential equation simplest version quantum chemistry lowest energy hydrogen electron density exchange energy quantum mechanics local density approximation discussed yesterday dup kinetic energy exchange potential total energy function theory electromagnetic radiation notation local density 1st time electron blah blah atoms potential semantics fermi level physical quantities density functional theory cognition density thought coalition energy syntactic entities probability theory wave function definite integral From James Overhiser on February 14th, 2019 119 plays
49:34 28 - Multiple DoF systems w/ Kinematic… 28 - Multiple DoF systems w/ Kinematic Constraints Session 28	28 - Multiple DoF systems w/ Kinematic Constraints Session 28 2013-05-02 17:17:51+00 engine technology kinematics cybernetics causal inference classical mechanics mechanics motion conservation laws statics dynamic concepts in physics problem binary operations differential geometry hand side videonote physical objects gyroscopes mass pendulums marketing graphic design model theory thing spring 2013 position philosophy disambiguation latin alphabet t.v.systems theory logic design of experiments elementary geometry acceleration mathematical logic rotation constraint surfaces elementary mathematics matter engineering moment equation computer data illustration greek alphabet theatre differential reaction circles t.c.geometry evaluation methods political slogans question neuroscience particle elementary algebra syntactic entities length analytic geometry caption complete dynamical systems body diagram primitive types song recordings produced by rick rubin walking mechanical engineering sociology index diagram functions and mappings initial conditions algebra force formula computer file formats linear algebra calculate free body condition geometric measurement vector calculus vector topology velocity From Marshall Perryman on June 26th, 2018 4 plays
52:44 25 - Bicycle; Particle Motion Relative to a Frame… 25 - Bicycle; Particle Motion Relative to a Frame Session 25	25 - Bicycle; Particle Motion Relative to a Frame Session 25 2013-04-23 08:06:57+00 problem mathematical notation youth integral calculus acceleration evaluation emotions e.t.question logic prime common law semantics scientific method respect mass communication motion topology linear algebra mechanics reasoning philosophy disambiguation geography terminology arithmetic classical mechanics caption complete x..thing position length latin alphabet moving sociological terminology picture cognitive science differential calculus functions and mappings analytic geometry bicycle coordinate arc equation ontology structure j..binary operations velocity linear operators in calculus virtue differential geometry textile industry educational stages human behavior elementary geometry art media equations geometric shapes political philosophy elementary algebra spoke frame symbols algebra force t..videonote horse races interpersonal relationships psychology mathematical analysis wheels formula kinematics grammar concepts in physics horse racing statics direction matter spring 2013 greek alphabet From Marshall Perryman on June 26th, 2018 1 plays
48:34 22 - Polar & Path coordinates Session 22 22 - Polar & Path coordinates Session 22	22 - Polar & Path coordinates Session 22 2013-04-11 10:04:49+00 constant pi rotation geometry elementary shapes exponentials coordinate systems e.r.dot caption complete kinematics mathematical analysis elementary algebra functions and mappings arithmetic archaeological artefact types greek alphabet mechanics meaning (philosophy of language)elementary special functions question trigonometry universe perpendicular elementary mathematics solution circles philosophical logic understand exponential growth topology companies listed on nasdaq equal geometric measurement c..materials coordinate force memory pendulums astrometry educational psychology mass materials science tribology concepts in physics problem circle semantics linear algebra didactics differential calculus path machines direction ordinary differential equations greek letters formula length velocity analytic geometry spring 2013 t..vector radius frames of reference angle classical mechanics equation logic acceleration r..thing videonote mathematical notation motion communication differential geometry algebra polynomials calculation From Marshall Perryman on June 26th, 2018 1 plays
48:54 16 - Circular Motion (cont'd); Rotation of… 16 - Circular Motion (cont'd); Rotation of Rigid Object Session 16	16 - Circular Motion (cont'd); Rotation of Rigid Object Session 16 2013-03-14 08:58:00+00 calculate trigonometry acceleration mechanical engineering elementary geometry equation position documents concepts in physics computer programming mathematical notation analytic geometry caption complete evaluation methods scientific method dynamics earthquake engineering d..object statistics functions and mappings problem motion conservation laws mechanics particle physics rotation rotational symmetry american rhythm and blues musical groups latin alphabet coordinate thing point song recordings produced by rick rubin structure equations elementary algebra question differential binary operations film and video technology matrices machine data structures orthography matrix statistical terminology psychoactive drugs mathematical objects information classical mechanics kinematics communication oscillation materials pi statics computing terminology machines infographics velocity motor control engineering numerical linear algebra linear algebra g..complication parameter pendulum computational complexity theory videonote spring 2013 multiplication data audio engineering integral calculus system mass bilinear operators biomechanics neuroscience research sound greek letters graphics software greek alphabet geometry numerical differential equations algebra force continuum mechanics cleaning quality From Marshall Perryman on June 26th, 2018 1 plays
43:31 17 - Angular velocity momentum of rigid object… 17 - Angular velocity momentum of rigid object Session 17	17 - Angular velocity momentum of rigid object Session 17 2013-03-26 08:58:39+00 elementary algebra product force physical objects geography terminology educational psychology conservation laws mechanical engineering diagrams point rigid bodies k..measurement integral calculus classical mechanics equation object length virtue answer analytic geometry differential topology thing atmospheric thermodynamics dot functions and mappings mechanics rotational symmetry vector acceleration marketing elementary mathematics linear algebra relative motion mass angle philosophical terminology moment data management caption complete algebra respect circles problem concepts in physics d..circle ontology fluid dynamics kinematics human behavior geometry communication computer companies spring 2013 position greek alphabet geodesy velocity direction videonote latin alphabet numerical differential equations b..magnitude cross political philosophy american brands question gravitation e.r.rotation elementary geometry From Marshall Perryman on June 26th, 2018 1 plays
44:08 18 - Physical pendulum; 2D object in general… 18 - Physical pendulum; 2D object in general motion Session 18	18 - Physical pendulum; 2D object in general motion Session 18 2013-03-28 13:58:03+00 computer graphics graphics software linear algebra caption complete calculation balance thing display technology question spring 2013 videonote logical consequence pendulum point geometry elementary geometry diagrams length trigonometry philosophical terminology f.a.a.differential topology educational psychology latin alphabet reasoning elementary mathematics neuroscience direction rotation problem body diagram equation conservation laws acceleration b..mechanics velocity calculate s.a.t.binary operations force algebra mass differential calculus g..property law figure argument classical mechanics dynamics moment component negative kinematics didactics analytic geometry greek alphabet position statistical terminology graphic design logic double dot concepts in physics telecommunications moment inertia film and video technology elementary algebra From Marshall Perryman on June 26th, 2018 0 plays
47:24 12 - 2D particles in space in Matlab; Pulleys… 12 - 2D particles in space in Matlab; Pulleys Session 12	12 - 2D particles in space in Matlab; Pulleys Session 12 2013-02-28 08:59:05+00 evaluation geography initial condition pulley long time pay attention linear algebra stars elementary mathematics integral calculus philosophical concepts matter length hand side text string virtue differential position educational psychology causal inference half step education rotation kinematics solution tension function o.t arithmetic acceleration concepts in physics equation computer graphics illustration numerical differential equations mechanics caption complete analytic geometry space r.h.s.geometry free body particle didactics artificial intelligence intelligence mechanical engineering classical mechanics matrices syntactic entities elementary algebra education terminology algebra videonote velocity b..calculus force universe problem solving space plasmas teaching earth evaluation methods spring 2013 gravitation text file learning problem scientific method mass question numerical analysis thing human head and neck primitive types From Marshall Perryman on June 26th, 2018 3 plays
48:53 13 - Constrained 1D motion w/ 2D forces Session 13 13 - Constrained 1D motion w/ 2D forces Session 13	13 - Constrained 1D motion w/ 2D forces Session 13 2013-03-05 13:03:18+00 rotational symmetry videonote acceleration constraint statics thing body diagram mechanics continuum mechanics equal abstract algebra mass infographics angle balance contradiction length structural engineering linear algebra energy algebra differential calculus elementary algebra unknown force g..friction point tribology measurement classical mechanics equation velocity direction c..matter assumption wheel spring 2013 position structural analysis rotation dynamics conservation laws question vehicle technology tension mechanical engineering moment problem concepts in physics motion diagrams caption complete kinematics diagram geometry engineering free body group theory physical objects From Marshall Perryman on June 26th, 2018 4 plays
47:09 14 - Circular Motion: Simple Pendulum Session 14 14 - Circular Motion: Simple Pendulum Session 14	14 - Circular Motion: Simple Pendulum Session 14 2013-03-07 08:58:45+00 systems theory symbols equation classical mechanics negative formal languages functions and mappings center spring 2013 period differential calculus arithmetic latin alphabet elementary algebra write dynamics derivative force triangles momentum gravity point geometry balance question statistical terminology mass miami university perpendicular relative t..minus circles videonote differentiation rules non-linear universe binary operations philosophical terminology length linear algebra kinematics algebra amplitude coordinates concepts in physics caption complete pendulum velocity acceleration direction mathematical analysis primitive types motion syntactic entities rotation conservation laws mechanics non-linearity equations From Marshall Perryman on June 26th, 2018 8 plays
49:13 15 - Mechanics Review; Circular Motion… 15 - Mechanics Review; Circular Motion (cont'd) Session 15	15 - Mechanics Review; Circular Motion (cont'd) Session 15 2013-03-12 08:50:14+00 dot information science force fluid mechanics videonote rigid bodies thermodynamics engineering tribology matter display technology principles direction double dot caption complete diagrams mathematical analysis analytic geometry density celestial mechanics rigid object minus philosophy of mathematics academic administration particle mathematical physics binary operations dimension mathematical objects thing numeral systems mechanical engineering vector logic coordinates spring 2013 communication mechanics functions and mappings dynamics greek alphabet simplification equation velocity aerodynamics differentiation fluid dynamics philosophy vowel letters statics egyptian artefact types circle concepts in physics partial differential equations kinematics one approximation length problem elementary geometry question physical objects astrometry energy energy development exponentials position equations particle physics linear algebra latin alphabet educational psychology algebra elementary mathematics circles distance quantity angle mathematical notation change representation differential calculus elementary algebra gyroscopes geometry linear operators in calculus classical mechanics trigonometry infinity neuroscience mass acceleration differential equations continuum mechanics rotation equal motion From Marshall Perryman on June 26th, 2018 5 plays