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Spring 2024 - MA261 - Sunkula (Final Exam Review… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Final Exam Review… Spring 2024 - MA261 - Sunkula (Final Exam Review - 3)	Spring 2024 - MA261 - Sunkula (Final Exam Review - 3) vector direction point equation velocity respect square length question plane limit times root points questions surface thing vectors unit derivative From Mahesh Sunkula 13 plays 0
Spring 2024 - MA261 - Sunkula (Final Exam Review… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Final Exam Review… Spring 2024 - MA261 - Sunkula (Final Exam Review - 2)	Spring 2024 - MA261 - Sunkula (Final Exam Review - 2) root theta region coordinates pi bounds cone lambda point thing minus square row equation triangle equations points values half angle From Mahesh Sunkula 19 plays 0
Spring 2024 - MA261 - Sunkula (Lesson32-Surface… duration 54 minutes 59 seconds Spring 2024 - MA261 - Sunkula (Lesson32-Surface… Spring 2024 - MA261 - Sunkula (Lesson32-Surface Integrals - Part 2)	Spring 2024 - MA261 - Sunkula (Lesson32-Surface Integrals - Part 2) surface cross parameterization vector root theta cosine formula point pi square bounds uv equation component length plane minus curve circle From Mahesh Sunkula 70 plays 0
Spring 2024 - MA261 - Sunkula (Lesson17 -… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Lesson17 -… Spring 2024 - MA261 - Sunkula (Lesson17 - Lagrange Multipliers)	Spring 2024 - MA261 - Sunkula (Lesson17 - Lagrange Multipliers) lambda equations points method function equation constraint vector curves gradient level class values times question thing guys step square From Mahesh Sunkula 166 plays 0
Spring 2024 - MA261 - Sunkula (Lesson16 - Max and… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Lesson16 - Max and… Spring 2024 - MA261 - Sunkula (Lesson16 - Max and Min Problems - Part 2)	Spring 2024 - MA261 - Sunkula (Lesson16 - Max and Min Problems - Part 2) points point boundary equation end function square process values region thing domain min plane max circle minimum problem maximum From Mahesh Sunkula 127 plays 0
Spring 2024 - MA261 - Sunkula (Lesson15 - Max and… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Lesson15 - Max and… Spring 2024 - MA261 - Sunkula (Lesson15 - Max and Min Problems - Part 1)	Spring 2024 - MA261 - Sunkula (Lesson15 - Max and Min Problems - Part 1) points derivative test min values minus power max cube term point function times partials derivatives 14y equation parabolas respect saddle From Mahesh Sunkula 110 plays 0
Spring 2024 - MA261 - Sunkula (Lesson14 - Tangent… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Lesson14 - Tangent… Spring 2024 - MA261 - Sunkula (Lesson14 - Tangent Plane and Linear Approximation)	Spring 2024 - MA261 - Sunkula (Lesson14 - Tangent Plane and Linear Approximation) vector equation plane curve function point prime root approximation respect surface times method capital derivative thing questions exam formula lines From Mahesh Sunkula 127 plays 0
Spring 2024 - MA261 - Sunkula (Lesson6 - Calculus… duration 55 minutes 0 seconds Spring 2024 - MA261 - Sunkula (Lesson6 - Calculus… Spring 2024 - MA261 - Sunkula (Lesson6 - Calculus of Vector Valued Functions)	Spring 2024 - MA261 - Sunkula (Lesson6 - Calculus of Vector Valued Functions) boilercast vector derivative curve point cosine integration direction function position component derivatives pi equation functions helix velocity power points naught times From Mahesh Sunkula 131 plays 0
Advanced Problem Solving with Excel duration 17 minutes 15 seconds Advanced Problem Solving with Excel Advanced Problem Solving with Excel	Advanced Problem Solving with Excel mathematical sciences macro economics and economic policy algebra (mathematics) administration financial administration economy business and finance functions and mappings interest rates monetary policy effects mathematics politics equation (math) money & physical currency cash flow finance econ590 From Amanda Thompson 96 plays 0
Fall 2018 - ABE303 - Verma duration 1 hour 15 minutes Fall 2018 - ABE303 - Verma Fall 2018 - ABE303 - Verma	Fall 2018 - ABE303 - Verma boilercast frequency shift calculation question concepts in physics number proton hydrogen physics characterize intensity frequency 2nd order concentration hydrogen higher order quantum chemistry calculate quantum electrodynamics scattering chemical properties oral communication convention teaching electromagnetism atomic physics nuclear physics relationship spacing equivalent magnetic field didactics intercept p.k. difference topology physical quantities remember educational psychology geometry set theory equation chemical elements plane mathematical objects light calculating 1st order diffraction From Mohit Verma 50 plays 0
542 5-2 Littlewood's Equation duration 11 minutes 36 seconds 542 5-2 Littlewood's Equation 542 5-2 Littlewood's Equation	542 5-2 Littlewood's Equation low prices accounting bookkeeping and auditing activities; tax consultancy mathematics equation (math) ratio (mathematics) number of rooms earnings information presentation applications price level functions and mappings company information high prices probability calculus mathematical sciences algebra (mathematics) effects From Hugo Tang 92 plays 0
nanoHUB-U-Strachan-L5.6-854x480-CC.mp4 duration 19 minutes 58 seconds nanoHUB-U-Strachan-L5.6-854x480-CC.mp4 nanoHUB-U-Strachan-L5.6-854x480-CC.mp4	nanoHUB-U-Strachan-L5.6-854x480-CC.mp4 polycrystalline electronic structure methods energy philosophical terminology dynamic defect approximate chemical elements measurement crystals transition metals crystalline molecular physics schrodinger heat transfer scale quantum chemistry temperature quantum electrodynamics density computational chemistry predictions atomic physics quantum mechanics metallurgy technical communication tools microscopic thermodynamics calculations astrophysics molecular operations research materials science statistical terminology description interactions crystallography material molecules mineralogy applications electron effects understanding equilibration structure matter chemical processes educational psychology partial differential equations equation density functional theory nitrides simulation dietary minerals phases of matter materials variability physics theorems correlation chemistry industry concepts in physics From Joseph M Cychosz 11 plays 0
nanoHUB-U-Strachan-L5.3-854x480-CC.mp4 duration 34 minutes 40 seconds nanoHUB-U-Strachan-L5.3-854x480-CC.mp4 nanoHUB-U-Strachan-L5.3-854x480-CC.mp4	nanoHUB-U-Strachan-L5.3-854x480-CC.mp4 mechanics lda aesthetics born-oppenheimer systems science communication energy philosophical terminology functional approximation forms of energy determine systems theory exchange ground differential calculus theory of probability distributions quantum chemistry density dft wavefunction atomic physics quantum mechanics potential electronic structure methods parameterizations computational physics homogeneous polynomials scientific method physical chemistry function external pharmacology algebra linear operators in calculus electron-electron expectation polynomials functions and mappings partial differential equations electron computational chemistry software gga effects non-interacting topology chemical reactions interaction determinants educational psychology hamiltonian linear algebra equation density functional theory theoretical chemistry physics theorems correlation probability theory physics pauli exclusion principle hohenberg-kohn From Joseph M Cychosz 3 plays 0
nanoHUB-U-Strachan-L5.2-854x480-CC.mp4 duration 19 minutes 22 seconds nanoHUB-U-Strachan-L5.2-854x480-CC.mp4 nanoHUB-U-Strachan-L5.2-854x480-CC.mp4	nanoHUB-U-Strachan-L5.2-854x480-CC.mp4 mechanics force probability calculation energy concepts in physics product approximation engineering forms of energy quantum mechanics particle physics orbital schrodinger dimensionality quantum chemistry quantum electrodynamics predictions systems theory antisymmetrized hartree-fock spintronics probability theory scientific method systems function born–oppenheimer determinant algebra theory of probability distributions statistical terminology electron-electron expectation quantum field theory mathematical analysis anatomy partial differential equations electron effects universe determinants hartree physiology interaction antisymmetric mechanical engineering educational psychology hamiltonian linear algebra equation charge carriers particle contract law correlation quantitative evaluation methods wave function pauli exclusion principle From Joseph M Cychosz 6 plays 0
nanoHUB-U-Strachan-L5.1-854x480-CC.mp4 duration 23 minutes 2 seconds nanoHUB-U-Strachan-L5.1-854x480-CC.mp4 nanoHUB-U-Strachan-L5.1-854x480-CC.mp4	nanoHUB-U-Strachan-L5.1-854x480-CC.mp4 mechanics force probability calculation communication energy concepts in physics number approximate approximation chemical elements forms of energy kinetic electron-ion electronic orbital schrodinger quantum chemistry born-oppenheimer natural philosophy predictions quantum mechanics semiconductor materials sociological terminology physical sciences scientific method physical chemistry function differential calculus description pharmacology algebra marketing electron-electron functions and mappings partial differential equations electron effects equations topology microscopes interaction educational psychology hamiltonian universe equation charge carriers 3n-dimensional oppenheimer business terms linear operators in calculus quantitative chemistry wave function schroedinger theoretical computer science From Joseph M Cychosz 0 plays 0
nanoHUB-U-Strachan-L4.5-854x480-CC.mp4 duration 17 minutes 40 seconds nanoHUB-U-Strachan-L4.5-854x480-CC.mp4 nanoHUB-U-Strachan-L4.5-854x480-CC.mp4	nanoHUB-U-Strachan-L4.5-854x480-CC.mp4 mechanics force feedback dynamical systems fluctuation energy dynamic cybernetics berendsen quantum mechanics statistical ensembles thermostat heat transfer hardware (mechanical) fluid dynamics temperature systems science pros system continuum mechanics maxwell-boltzmann control theory thermodynamics systems probability theory constant instantaneous ensemble operations research equilibrium coefficient algebra thermodynamic functions and mappings volume pressure effects systems theory nosé-hoover classical mechanics molecular dynamics hamiltonian universe average microcanonical concepts in physics simulation evaluation methods phases of matter nose-hoover velocity distribution physical chemistry equation From Joseph M Cychosz 2 plays 0