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fileLecturio-Physics-Jared-R-1WtIg

Lecturio Physics Jared Rovny
  • MP401. Methods and Common Calculations/01. Methods and Common Calculations Introduction.mp430.86MB
  • MP401. Methods and Common Calculations/02. Introduction to Physics.mp422.82MB
  • MP401. Methods and Common Calculations/03. Tools & Skills for Quantitative Thinking and Scientific Notation.mp424.30MB
  • MP401. Methods and Common Calculations/04. Scientific Notation Example and Unit Analysis.mp426.65MB
  • MP401. Methods and Common Calculations/05. Proportionality.mp418.57MB
  • MP402. Translational Motion/01.01 Description of Motion Describing Motion with an Apple.mp429.87MB
  • MP402. Translational Motion/01.02 Intervals of Time.mp435.66MB
  • MP402. Translational Motion/01.03 Descriptions of Motion Example.mp411.45MB
  • MP402. Translational Motion/01.04 Equations of Motion in 1 Dimension.mp431.45MB
  • MP402. Translational Motion/01.05 Equations of Motion Example.mp425.66MB
  • MP402. Translational Motion/01.06 Graphs of Motion.mp421.13MB
  • MP402. Translational Motion/01.07 Visualizing Kinetics.mp454.59MB
  • MP402. Translational Motion/02.01 Vectors.mp428.62MB
  • MP402. Translational Motion/02.02 Projectile Motion.mp423.82MB
  • MP402. Translational Motion/02.03 Components of Projectile Motion.mp440.24MB
  • MP402. Translational Motion/02.04 Projectile Motion Example Part 1.mp435.89MB
  • MP402. Translational Motion/02.05 Projectile Motion Example Part 2.mp438.26MB
  • MP403. Force/01.01 Force and Newton's Laws.mp447.30MB
  • MP403. Force/02.01 Important Forces Grity.mp434.85MB
  • MP403. Force/02.02 Important Forces Norl Force.mp436.32MB
  • MP403. Force/02.03 Inclined Plane Example.mp431.83MB
  • MP403. Force/02.04 Important Forces Tension.mp412.47MB
  • MP403. Force/02.05 Tension Example.mp458.03MB
  • MP403. Force/02.06 Important Forces Friction.mp433.40MB
  • MP403. Force/02.07 Friction Example.mp451.62MB
  • MP403. Force/02.08 Important Forces Air Resistance.mp426.15MB
  • MP403. Force/03.01 Uniform Circular Motion.mp422.69MB
  • MP403. Force/03.02 Uniform Circular Motion Example.mp442.94MB
  • MP403. Force/03.03 Center of ss.mp417.31MB
  • MP403. Force/03.04 Center of ss Example.mp443.54MB
  • MP404. Equilibrium/01. Torque and Equilibrium.mp442.29MB
  • MP404. Equilibrium/02. No Net Force at the Equilibrium.mp441.15MB
  • MP404. Equilibrium/03. Torque Example.mp444.08MB
  • MP404. Equilibrium/04. Center of Grity.mp421.01MB
  • MP405. Energy of Point Oect Systems/01. Kinetic Energy.mp445.01MB
  • MP405. Energy of Point Oect Systems/02. Kinetic Energy Example.mp419.90MB
  • MP405. Energy of Point Oect Systems/03. Gritational Potential Energy.mp431.96MB
  • MP405. Energy of Point Oect Systems/04. Gritational Potential Energy Example.mp451.54MB
  • MP405. Energy of Point Oect Systems/05. Spring Potential Energy.mp414.32MB
  • MP405. Energy of Point Oect Systems/06. Spring Potential Energy Example.mp422.77MB
  • MP405. Energy of Point Oect Systems/07. Energy Important Facts.mp429.16MB
  • MP406. Work/01.01 Work Energy Theorem.mp429.53MB
  • MP406. Work/01.02 Work As Change in Energy.mp438.40MB
  • MP406. Work/01.03 Work Example 1.mp435.60MB
  • MP406. Work/01.04 Work Example 2.mp451.97MB
  • MP406. Work/02.01 Work, Force and Distance.mp421.94MB
  • MP406. Work/02.02 Power.mp423.96MB
  • MP406. Work/02.03 Power Equations and Example.mp433.88MB
  • MP406. Work/02.04 Power Example.mp434.12MB
  • MP406. Work/03.01 Conservative Forces.mp429.48MB
  • MP406. Work/03.02 Nonconservative Forces.mp418.28MB
  • MP406. Work/03.03 Mechanical Advantage.mp452.45MB
  • MP406. Work/03.04 Efficiency.mp432.80MB
  • MP407. Momentum/01. Momentum Definition.mp422.22MB
  • MP407. Momentum/02. Momentum Derived Quantities.mp418.91MB
  • MP407. Momentum/03. Momentum Example.mp425.59MB
  • MP407. Momentum/04. Collisions.mp418.41MB
  • MP407. Momentum/05. Elastic Collision Example.mp489.18MB
  • MP407. Momentum/06. Inelastic Collision Example.mp431.28MB
  • MP408. Fluids/01.01 Hydrostatics.mp432.84MB
  • MP408. Fluids/01.02 Density.mp427.34MB
  • MP408. Fluids/01.03 Pressure.mp429.14MB
  • MP408. Fluids/01.04 Pressure Example.mp417.28MB
  • MP408. Fluids/01.05 Archimedes' Principle.mp425.20MB
  • MP408. Fluids/01.06 Buoyancy.mp429.97MB
  • MP408. Fluids/01.07 Pascal's Law.mp427.47MB
  • MP408. Fluids/01.08 Pascal's Law Diving.mp417.61MB
  • MP408. Fluids/02.01 Ideal Hydrodynamics.mp424.91MB
  • MP408. Fluids/02.02 Flow Rate Example.mp430.95MB
  • MP408. Fluids/02.03 Bernoulli's Principle.mp413.29MB
  • MP408. Fluids/02.04 Bernoulli's Equation.mp418.39MB
  • MP408. Fluids/02.05 Continuity (Fluids).mp417.27MB
  • MP408. Fluids/02.06 Venturi Effect.mp416.21MB
  • MP408. Fluids/02.07 Pitot Tube.mp420.90MB
  • MP408. Fluids/02.08 Venturi Effect Example.mp423.78MB
  • MP408. Fluids/03.01 Applied Hydrodynamics Circuit Law of Fluids.mp426.63MB
  • MP408. Fluids/03.02 Poiseuille's Law.mp426.98MB
  • MP408. Fluids/03.03 Uses of Fluid Laws.mp465.84MB
  • MP409. Gas Phase/01.01 Gases Basic Theory.mp430.31MB
  • MP409. Gas Phase/01.02 Measurements of Volume, Temperature and Numbers.mp430.97MB
  • MP409. Gas Phase/01.03 Measurement of Gases.mp419.30MB
  • MP409. Gas Phase/01.04 Kinetic Theory of Gases.mp416.33MB
  • MP409. Gas Phase/01.05 Boyle's, Charles', ogadro's Law.mp420.74MB
  • MP409. Gas Phase/01.06 Ideal Gas Law.mp427.87MB
  • MP409. Gas Phase/01.07 Ideal Gas Law Example.mp420.52MB
  • MP409. Gas Phase/02.01 Gases Properties.mp426.21MB
  • MP409. Gas Phase/02.02 Heat Capacity.mp438.32MB
  • MP409. Gas Phase/02.03 Heat Capacity Example.mp426.34MB
  • MP409. Gas Phase/02.04 Van der Waals' Equation.mp416.39MB
  • MP409. Gas Phase/02.05 Partial Pressure.mp432.10MB
  • MP410. Electrostatics/01.01 Electric Charge.mp444.13MB
  • MP410. Electrostatics/01.02 Coulomb's Law.mp414.84MB
  • MP410. Electrostatics/01.03 Coulomb's Law Example.mp455.00MB
  • MP410. Electrostatics/01.04 Conductors and Insulators.mp429.23MB
  • MP410. Electrostatics/02.01 Overview of Electricity in Context.mp437.30MB
  • MP410. Electrostatics/02.02 Electric Potential and Voltage.mp423.70MB
  • MP410. Electrostatics/02.03 Electric Potential Energy.mp463.12MB
  • MP411. Circuit Elements/01.01 Electricity, Circuits and gneti.mp436.78MB
  • MP411. Circuit Elements/01.02 Ohm's Law.mp414.99MB
  • MP411. Circuit Elements/01.03 Resistors.mp459.76MB
  • MP411. Circuit Elements/01.04 Ohm's Law and Resistors Example.mp419.55MB
  • MP411. Circuit Elements/02.01 Parallel Plate Capacitors.mp450.50MB
  • MP411. Circuit Elements/02.02 Capacitor Energy and Voltage.mp422.04MB
  • MP411. Circuit Elements/02.03 Dielectrics.mp428.51MB
  • MP411. Circuit Elements/02.04 Capacitance Example.mp422.53MB
  • MP411. Circuit Elements/03.01 Circuit Properties and Measurement.mp451.01MB
  • MP411. Circuit Elements/03.02 Kirchhoff's Law.mp430.99MB
  • MP411. Circuit Elements/03.03 Kirchhoff's Law Example.mp417.87MB
  • MP411. Circuit Elements/03.04 Conductivity.mp421.13MB
  • MP411. Circuit Elements/03.05 Basic AC Circuits.mp419.94MB
  • MP412. gneti/01. Magnetic Fields.mp452.81MB
  • MP412. gneti/02. Magnetic Fields Example.mp418.48MB
  • MP412. gneti/03. Lorentz Force.mp457.08MB
  • MP412. gneti/04. Magnetic Force Example.mp415.79MB
  • MP413. Periodic Motion/01. Wes.mp428.74MB
  • MP413. Periodic Motion/02. We Properties.mp458.13MB
  • MP413. Periodic Motion/03. We Velocity.mp421.50MB
  • MP413. Periodic Motion/04. Periodic Motion Example.mp414.96MB
  • MP413. Periodic Motion/05. Springs and Pendulums.mp450.31MB
  • MP413. Periodic Motion/06. Pendulums.mp439.85MB
  • MP414. Sound/01.01 Basics of Sound.mp445.30MB
  • MP414. Sound/01.02 Decibels.mp441.59MB
  • MP414. Sound/02.01 Sound Dynamics.mp427.01MB
  • MP414. Sound/02.02 Standing Wes.mp467.23MB
  • MP414. Sound/02.03 Wes in a Pipe.mp422.90MB
  • MP414. Sound/02.04 Standing Wes Example.mp422.56MB
  • MP414. Sound/02.05 The Doppler Effect.mp443.32MB
  • MP415. Light Electrognetic Radiation/01.01 Interference.mp441.57MB
  • MP415. Light Electrognetic Radiation/01.02 Diffraction.mp437.75MB
  • MP415. Light Electrognetic Radiation/02.01 Properties of Light.mp413.31MB
  • MP415. Light Electrognetic Radiation/02.02 Polarization.mp444.38MB
  • MP415. Light Electrognetic Radiation/03.01 Electromagnetic Spectrum.mp419.24MB
  • MP415. Light Electrognetic Radiation/03.02 Higher and Lower Frequencies.mp426.14MB
  • MP415. Light Electrognetic Radiation/03.03 Photons.mp440.59MB
  • MP416. Geometrical Optics/01.01 Reflection and Refraction.mp425.44MB
  • MP416. Geometrical Optics/01.02 Snell's Law, Total Internal Reflection, and Dispersion.mp434.73MB
  • MP416. Geometrical Optics/02.01 Mirrors and Lenses.mp448.09MB
  • MP416. Geometrical Optics/02.02 Convex Mirrors, Mirror Properties, and Conce Mirrors.mp443.92MB
  • MP416. Geometrical Optics/02.03 Lenses.mp443.41MB
  • MP416. Geometrical Optics/03.01 Optical Instruments.mp426.36MB
  • MP416. Geometrical Optics/03.02 Lens ker's Formula.mp421.73MB
  • MP416. Geometrical Optics/03.03 Microscopes, Telescopes and Visual Angle.mp423.97MB
  • MP416. Geometrical Optics/03.04 The Hun Eye.mp423.25MB
  • MP417. Atomic Nucleus/01.01 Nuclear Properties.mp436.64MB
  • MP417. Atomic Nucleus/01.02 Binding Energy.mp463.72MB
  • MP417. Atomic Nucleus/02.01 Radioactivity.mp432.46MB
  • MP417. Atomic Nucleus/02.02 Half-Life and ss Spectrometry.mp468.79MB
  • MP418. Electronic Structure/01.01 Bohr Model and Atomic Structure.mp438.49MB
  • MP418. Electronic Structure/01.02 Electron Energy Levels.mp449.05MB
  • MP418. Electronic Structure/01.03 Emission and Absorption Spectrum.mp430.15MB
  • MP418. Electronic Structure/02.01 Atomic Quantum Numbers.mp445.28MB
  • MP418. Electronic Structure/02.02 Electron Structure Notation.mp441.59MB
  • MP418. Electronic Structure/02.03 Electron Configuration Table.mp458.82MB
  • MP418. Electronic Structure/02.04 Electron Configuration and gneti.mp425.14MB
  • MP418. Electronic Structure/03.01 Effective Nuclear Charge.mp461.76MB
  • MP418. Electronic Structure/03.02 The Photoelectric Effect.mp448.06MB
  • MP419. Thermodynamics and Thermochemistry/01.01 0th and 1st Law Temperature and Energy.mp425.58MB
  • MP419. Thermodynamics and Thermochemistry/01.02 2nd Law Entropy.mp429.36MB
  • MP419. Thermodynamics and Thermochemistry/01.03 Heat.mp417.34MB
  • MP419. Thermodynamics and Thermochemistry/02.01 Heat Capacity and Heat Transfer.mp427.96MB
  • MP419. Thermodynamics and Thermochemistry/02.02 Pressure-Volume Diagrams.mp456.31MB
  • MP419. Thermodynamics and Thermochemistry/02.03 Pressure-Volume Diagrams Cycle.mp455.33MB
  • MP419. Thermodynamics and Thermochemistry/03.01 Reactions and Enthalpy.mp456.61MB
  • MP419. Thermodynamics and Thermochemistry/03.02 Standard Enthalpy of Fortion.mp425.78MB
  • MP419. Thermodynamics and Thermochemistry/03.03 Hess's Law.mp424.52MB
  • MP419. Thermodynamics and Thermochemistry/03.04 Gibb's Free Energy.mp440.66MB
  • MP419. Thermodynamics and Thermochemistry/04.01 Coefficient of Therl Expansion.mp419.68MB
  • MP419. Thermodynamics and Thermochemistry/04.02 Heat of Phase Changes.mp436.28MB
  • MP419. Thermodynamics and Thermochemistry/04.03 Phase Diagrams.mp423.00MB
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