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Enthalpy of Formation & Bond Enthalpy duration 3 minutes 10 seconds Enthalpy of Formation & Bond Enthalpy Enthalpy of Formation & Bond Enthalpy	Enthalpy of Formation & Bond Enthalpy formation enthalpy bond coefficients change oxygen gas glucose energy reactants reaction form enthalpies process entropies respiration species temperature sum equation From Lauren Fticar 0 plays 0
Example Problem - Heat Equation duration 5 minutes 9 seconds Example Problem - Heat Equation Example Problem - Heat Equation	Example Problem - Heat Equation water temperature iron heat celsius degrees capacity equation gram temperatures times mass change surroundings question joules vessel values energy equilibrium From Lauren Fticar 0 plays 0
Heat Transfer & Phase Transitions duration 1 minute 50 seconds Heat Transfer & Phase Transitions Heat Transfer & Phase Transitions	Heat Transfer & Phase Transitions heat energy reactions molecules reason solids liquids amount result gas liquid surroundings release deposition condensation movement motion range gases freedom From Lauren Fticar 0 plays 0
Heat Equation & Specific Heat Capacity duration 1 minute 47 seconds Heat Equation & Specific Heat Capacity Heat Equation & Specific Heat Capacity	Heat Equation & Specific Heat Capacity temperature heat gram calvin joules change energy water celsius degree capacity amount coffee instance kalvin words compound joes interest mass From Lauren Fticar 0 plays 0
Bomb Calorimeters duration 1 minute 1 second Bomb Calorimeters Bomb Calorimeters	Bomb Calorimeters bomb heat change reason volume reaction energy difference pressure claimters combustion caloimters temperature calorimeters term equation cloimters device cloimter From Lauren Fticar 0 plays 0
1st Law of Thermodynamics & Heat, Work duration 3 minutes 16 seconds 1st Law of Thermodynamics & Heat, Work 1st Law of Thermodynamics & Heat, Work	1st Law of Thermodynamics & Heat, Work volume term energy change gas piston equation moles form delta times force heat constant existence increase hand decrease factor reactions From Lauren Fticar 0 plays 0
1st Law of Thermodynamics & Path vs. State… duration 2 minutes 50 seconds 1st Law of Thermodynamics & Path vs. State… 1st Law of Thermodynamics & Path vs. State Functions	1st Law of Thermodynamics & Path vs. State Functions energy functions change path class variables period surroundings thermodynamics pressure temperature volume moles function elevator stairs floor properties universe equation From Lauren Fticar 0 plays 0
Le Chatelier's Principle - Inert Gases &… duration 1 minute 45 seconds Le Chatelier's Principle - Inert Gases &… Le Chatelier's Principle - Inert Gases & Catalysts	Le Chatelier's Principle - Inert Gases & Catalysts reaction pressure equilibrium catalyst species energy amount reactions volume gas gases place activation thing impact reason rate substance constant concentration From Lauren Fticar 0 plays 0
Le Chatelier's Principle - Temperature duration 1 minute 42 seconds Le Chatelier's Principle - Temperature Le Chatelier's Principle - Temperature	Le Chatelier's Principle - Temperature reaction energy reactions temperature equilibrium constant reactants concentration result effect formula parameter thing fact purposes release factor principle From Lauren Fticar 0 plays 0
Calorimetry - Oxygen Calorimetry Calculations -… duration 6 minutes 32 seconds Calorimetry - Oxygen Calorimetry Calculations -… Calorimetry - Oxygen Calorimetry Calculations - Week 2	Calorimetry - Oxygen Calorimetry Calculations - Week 2 CHEMENG 3L03 - Intermediate Laboratory Skills Lab: Calorimetry Week: 2 Topic: fundamental walkthrough of oxygen calorimetry temperature wire heat oxygen reaction vessel water energy mass period compound amount values gram times formula change voltage wires combustion From Kushal Panchal 45 plays 0
Calorimetry - Fundamentals - Week 1 duration 7 minutes 51 seconds Calorimetry - Fundamentals - Week 1 Calorimetry - Fundamentals - Week 1	Calorimetry - Fundamentals - Week 1 CHEMENG 3L03 - Intermediate Laboratory Skills Lab: Calorimetry Week: 1 Topic: fundamental walkthrough of calorimetry energy reaction change reactants heat calorimeter oxygen activation amount water mass substance kilojules temperature lab week potassium acid term celsius From Kushal Panchal 54 plays 0
What does Improvisation Mean to you? duration 5 minutes 17 seconds What does Improvisation Mean to you? What does Improvisation Mean to you?	What does Improvisation Mean to you? improvisation things moment place control core kind thing flow musician situation room spirit energy unknowns electorates quantities procedure keys cover From Shelir Ebrahimi 13 plays 0
February 3, 2021 CityWide Rounds - Dr. Desigen… duration 56 minutes 24 seconds February 3, 2021 CityWide Rounds - Dr. Desigen… February 3, 2021 CityWide Rounds - Dr. Desigen Reddy	February 3, 2021 CityWide Rounds - Dr. Desigen Reddy fluorine gas anesthetic anesthesia gases greenhouse impact desk carbon presentation propofol lot emissions energy thing warming anesthetics cycle cost component From Taylor Torreon 4 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)
PHYSICS739_approximation_Methods3 duration 1 hour 9 minutes PHYSICS739_approximation_Methods3 PHYSICS739_approximation_Methods3	PHYSICS739_approximation_Methods3 Showed how to find transition amplitudes from the Dyson series. Began analyzing 1st order perturbations constant in time except for being switched on at t=t0. picture interaction schrodinger function delta perturbation energy operator probability times evolution continuum frequency omega equation transition series thing hamiltonian matrix From DUNCAN O'DELL 2 plays 0
PHYSICS739_approximation_Methods2 duration 1 hour 27 minutes PHYSICS739_approximation_Methods2 PHYSICS739_approximation_Methods2	PHYSICS739_approximation_Methods2 Introduced the interaction picture picture perturbation schrodinger equation interaction evolution energy matrix symmetry operator momentum hamiltonian thing minus hydrogen ground operators things theory problem From DUNCAN O'DELL 0 plays 0 Usage Rights None (All Rights Reserved)
PHYS739_Approximation_Methods1 duration 1 hour 20 minutes PHYS739_Approximation_Methods1 PHYS739_Approximation_Methods1	PHYS739_Approximation_Methods1 Started perturbation theory. Gave example of quadratic Stark shift of ground state. levels perturbation energy ground degenerate matrix theory subspace problem correction things eigenvectors field contribution momentum idea thing bunch term polarizability From DUNCAN O'DELL 1 plays 0 Usage Rights None (All Rights Reserved)
PHYSIC739_WKB2_connection duration 1 hour 19 minutes PHYSIC739_WKB2_connection PHYSIC739_WKB2_connection	PHYSIC739_WKB2_connection Discussed how to obtain the WKB connection formulae using both the transitional approximation and the complex method. Also applied the WKB method to quantize wave functions in various potential wells. solution point side function turning factor wave problem hand minus phase solutions pi things energy equation functions thing cosine momentum From DUNCAN O'DELL 0 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_WKB1 duration 1 hour 21 minutes PHYSICS739_WKB1 PHYSICS739_WKB1	PHYSICS739_WKB1 First class on the WKB approximation function equation bar energy wave term potential series wavelength things factor root solution thing point schrodinger approximation expression momentum times From DUNCAN O'DELL 3 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_SHO_HeisenbergEoM&CoherentStates duration 1 hour 25 minutes PHYSICS739_SHO_HeisenbergEoM&CoherentStates PHYSICS739_SHO_HeisenbergEoM&CoherentStates	PHYSICS739_SHO_HeisenbergEoM&CoherentStates 1) Discussed the Heisenberg equation of motion applied to the simple harmonic oscillator 2) Discussed coherent states operator oscillator things dagger operators mechanics energy bar alpha thing equation space equations phase function commutator times distribution wave fact From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
Group 01-Project 1-2Q03 F2022 duration 10 minutes 32 seconds Group 01-Project 1-2Q03 F2022 Group 01-Project 1-2Q03 F2022	Group 01-Project 1-2Q03 F2022 3d separation xylene 2000s linkers linker energy isomers metal figure size mofs molecules bdc bond pore structure challenges nodes mouth From Marissa Maciver 24 plays 0
Group 15 - Project 1 - 2Q03 - F2022 duration 9 minutes 59 seconds Group 15 - Project 1 - 2Q03 - F2022 Group 15 - Project 1 - 2Q03 - F2022	Group 15 - Project 1 - 2Q03 - F2022 kinase mth inhibition kinases tyrosine fret activators biosensors acceptor fluorescence compounds boxes donor energy effects reaction figure cancer emission molecules From Lara Abbas 26 plays 0
10_ECE716_Design_Considerations_02 duration 4 minutes 3 seconds 10_ECE716_Design_Considerations_02 10_ECE716_Design_Considerations_02	10_ECE716_Design_Considerations_02 torque speed region operation voltage profile power peak conversion energy base motor output current constraints seconds cooperation levels temperature condition From BERKER BILGIN 40 plays 0
09_ECE716_Converters in SRM_01 duration 6 minutes 12 seconds 09_ECE716_Converters in SRM_01 09_ECE716_Converters in SRM_01	09_ECE716_Converters in SRM_01 phase switching voltage switches current reference switch t1 limit dc fault drives theta loss power ceiling vdc capacitors energy d2 From BERKER BILGIN 38 plays 0