View detailed video lectures on IIT Joint Admission Test (IITJAM) Physics

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252 Lectures [164 hrs : 52 mins] on IIT Joint Admission Test (IITJAM) Physics. Click title below to see corresponding lecture.

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  1. Vector Algebra and Vector Calculus 1 hrs : 22 mins
  2. Vector Algebra and Calculus: Differentiation of Vector; Gradient of Scalar Function 37 mins
  3. Vector Algebra and Calculus: Surface & Volume Integral; Green՚s Theorem; Stoke՚s Theorem & Gauss Theorem 43 mins
  4. Linear Algebra 48 mins
  5. Matrics 35 mins
  6. Matrices 36 mins
  7. Cayley Hamilton 36 mins
  8. Eigen Value and Eigen Vector 41 mins
  9. Eigen Value and Eigenvector 50 mins
  10. Linear Ordinary Differential Equations of First & Second Order 28 mins
  11. Linear Ordinary Differential Equation of First and Second Order: Equation Reducible to Homogeneous, Linear Differential Equation, Bernoulli Equation, Exact Differential Equation 37 mins
  12. Linear Ordinary Differential Equation of First and Second Order: Linear and Non-Linear Differential Equation, Homogeneous and Non-Homogeneous Equation, Solution to Homogeneous Equation (Complementary Function) , Solution to Non-Homogeneous Equation (Particular Integral) , Solution to Rules for Particular Integral 43 mins
  13. Linear Ordinary Differential Equation First and Second Order: Rules of Particular Integral, General Rule for Particular Integral Solution of Function, Examples for Second Order Differential Equation. 37 mins
  14. Hermite Function (Special Series) 35 mins
  15. Special Function (Hermite Function) 43 mins
  16. Special Function (Bessel՚s Function) : Introduction 37 mins
  17. Special Function (Bessel՚s Function) : Recurrence Formula I, Recurrence Formula II 38 mins
  18. Special Function (Legendre՚s Function) 36 mins
  19. Fourier Series: Periodic Function & Fourier Constant 39 mins
  20. Fourier Series: Product & Fourier Expansion of Even and Odd Function 38 mins
  21. Fourier Series: Half Range Series; Changes in Interval & Functions with Arbitrary Period 40 mins
  22. Fourier Transformation and Laplace Transformation: Sine & Cosine 41 mins
  23. Fourier and Laplace Transform: Properties, Problems of Fourier Transform, Heaviside Function 37 mins
  24. Fourier and Laplace Transform: Introduction, Properties, Problems of Laplace Transform 39 mins
  25. Laplace Transform: Derivatives, Initial and Final Transform, Integral Function 40 mins
  26. Laplace Transform: Multiplication of Function; Laplace Step Unit Theorem 39 mins
  27. Fourier and Laplace Transform 38 mins
  28. Fourier and Laplace Transform: Inverse Laplace Transform of Derivative & Integral, Partial Fraction Method, Convolution Theorem, Heaviside Inverse Formula 35 mins
  29. Elements of Complex Numbers 39 mins
  30. Analytic Function: Introduction, Condition for Analytic Function, Problems on Analytic Function, Polar Form of Analytic Function 39 mins
  31. Analytic Function 35 mins
  32. Analytic Function: Complex Integration, Connected Region, Cauchy՚s Integral Theorem 43 mins
  33. Analytic Functions: Cauchy՚s Integral Formula; Cauchy՚s Inequality; Liouville Theorem 38 mins
  34. Taylor and Laurent՚s Theorem: Singularity, Power Series; Convergence 38 mins
  35. Taylor and Laurent Series: Problems on Taylor Series & Problems on Laurent Series 43 mins
  36. Poles, Residues and Integration: Singularities & Poles 39 mins
  37. Poles, Residue and Integration: Methods & Problems of Finding Residue 51 mins
  38. Poles, Residues, Integration: Integrals and Its Evaluation 39 mins
  39. Poles, Residues and Integration: Rectangular Contour 46 mins
  40. Green՚s Function 1 hrs : 0 mins
  41. Partial Differential Equation 55 mins
  42. Solution for Differential Equation Using Range-Kutta Method 54 mins
  43. Newton՚s Laws of Motion 39 mins
  44. Newton՚s Laws: Coordinate System; Velocity & Acceleration 36 mins
  45. Newton՚s Law: Polar Coordinate & Projectile Motion 41 mins
  46. Newton Law: Projectile Motion on Wedge 38 mins
  47. Newton՚s Laws of Motion & Types of Forces 37 mins
  48. Friction: Its Types - Rolling & Sliding Friction 40 mins
  49. Torque - Lamii՚s Theorem & Problems Related to Newton՚s Law 39 mins
  50. Newton՚s Law: Problem on Newton՚s Law (Stokes Theorem) , Atwood Machine & Its Problems 40 mins
  51. Newton՚s Law: Circular Motion 47 mins
  52. Dynamical System 53 mins
  53. Phase Space Dynamics 49 mins
  54. Stability Analysis: Equilibrium, Harmonic Oscillator Relation 37 mins
  55. Stability Analysis: Problems on Stability Analysis 40 mins
  56. Central Force Motion 35 mins
  57. Central Force Motion: Differential Equation of Orbit, Angular Momentum, Problems on Differential Equation of Orbit and Angular Momentum 42 mins
  58. Central Force Motion: Solution for Path of Orbit, Problems on Path of Orbit, Stability of Orbits, Problems on Stability of Orbit 42 mins
  59. Collision: Types; Scattering: Theory & Angles 41 mins
  60. Two Body Collision (Scattering) ; Its Problems & Shape of Orbit 41 mins
  61. Collision (Centre of Mass Frame) 53 mins
  62. Rigid Body Dynamics Moment of Inertia: Angular Momentum & Torque, Moment of Inertia on Different Objects, Parallel and Perpendicular Axis Theorem; Problems 55 mins
  63. Rigid Body Dynamics Moment of Inertia: Dynamics of Rigid Body, Compound Pendulum, Radius of Gyration, Problem on Rigid Body Dynamics 43 mins
  64. Rigid Body Dynamics Moment of Inertia: Rotation About Fixed Point, Moment of Inertia Tensor, Principal Axis, Property of Principal of Moment of Inertia, Angular Momentum About Axis, Problem on Moment of Inertia Tensor 59 mins
  65. Rotating Frames: Inertial & Non-Inertial & Problems 41 mins
  66. Centrifugal and Coriolis Force 44 mins
  67. Foucault Pendulum: Proof & Problems 40 mins
  68. Constraints and Degree of Freedom 35 mins
  69. Eulerian Angles: Euler, Precession, Nutation & Spin Angles 25 mins
  70. Principal Moment of Inertia: Angular Momentum and Properties 34 mins
  71. Euler Equation Motion of Rigid Body: Principal Axis of Inertia 27 mins
  72. Force Free Motion of Rigid Body: Conservation of KE and Angular Momentum 35 mins
  73. Gyroscope: Application, Precession and Problems 32 mins
  74. Kepler Laws: First, Second, Third; Elliptical Orbit Equation; Newton՚s Law and Problems 46 mins
  75. Non-Inertial Frames and Pseudo Forces: Centrifugal and Coriolis Force, Time Period of Oscillation 42 mins
  76. Non-Inertial Frames and Pseudo Forces: Earth as Non-Inertial Frames, Coordinate on Earth Surface, Deviation of Freely Falling Object on Northern Hemisphere, Radius of Path by Particles, Problem on Coriolis Force 44 mins
  77. Variational Principle: Calculus of Variations, Euler-Lagrange Equations, Shortest Distance between Two Points, Minimum Surface Area Revolution 46 mins
  78. Variational Principle: Brachistochrone Problem, Geodesics Problem 46 mins
  79. Rocket Equation: Particle Dynamics 42 mins
  80. Generalized Coordinates: Degree of Freedom, D. O. F. of Rigid Body, Generalized Coordinates, Generalized Force, Generalized Velocity, Dimensions of Generalized Force, Relation between Generalized Force and Actual Force 42 mins
  81. Generalized Coordinates: Generalized Potential Energy, Generalized Velocity, Generalized Momentum in Cartesian Coordinates, Generalized Momentum in Polar Coordinates, Examples of Generalized Coordinates 39 mins
  82. Conservation Laws and Cyclic Coordinates: Conservation of Momentum, Cyclic Coordinates, Rotational Symmetry, Translation Symmetry, Problem on Cyclic Coordinates and Conservation Laws 45 mins
  83. Rutherford Scattering: Assumption, Angle, Differential & Formula 1 hrs : 12 mins
  84. Period Motion (Small Oscillation) : Small Oscillation, Problems on Small Oscillation 31 mins
  85. Periodic Motion: Formulation of Small Oscillation through Matrix Method, Problem on Small Oscillation, Normal Mode, Vibration of Triatomic Molecules 53 mins
  86. Periodic Motion: Problems on Periodic Motion, Large Oscillation 59 mins
  87. Periodic Motion: Time Period of Particle under Non-Linear Force, Problems on Periodic Motion 19 mins
  88. Special Theory of Relativity: Relativity, River Swimmer Problem, Postulates of Relativity, Loss of Simultaneity, Time Dilation, Length Contraction 58 mins
  89. Special Theory of Relativity: Lorentz Transformation, Problems Related to Lorentz Transformation 35 mins
  90. Special Theory of Relativity: Relativity Transformation of Velocity, Problem Related to Special Theory of Relativity, Relativistic Doppler Effect, Blue Shift, Red Shift, Problem Related to Doppler Effect 55 mins
  91. Special Theory of Relativity: Energy Relation, Energy Momentum Relationship, Kinetic Energy and Momentum Relation for Mass Less Particles, 4- Momentum Vector, Relativistic Collision, Collision between Two Photons, Problems on Relativity 57 mins
  92. Time Dilation: Special Relativity - Proof & Problems 19 mins
  93. Michelson Morley Experiment & Problems 35 mins
  94. Aberration and Doppler Effect 26 mins
  95. Simple Application to a Decay Process: Decay of Muon & Unstable Particles 19 mins
  96. Minkowski Diagram; Minkowski Space, Lorentz Transformation, Time like Space like Diagram and Light Cones 58 mins
  97. Four Dimensional Momentum Vectors: Velocity and Momentum 17 mins
  98. Covariance of Equation of Physics 29 mins
  99. Canonical Transformation: Introduction, Generating Function, Conditions, Problems 55 mins
  100. Symmetry: Introduction, Translation Symmetry, Rotational Symmetry, Homogeneity of Time and Space 20 mins
  101. Invariant: Introduction, Lagrange Invariant, Galelian Transformation Invariant, Poisson Bracket Invariant 30 mins
  102. Noether՚s Theorem: Introduction, Invariant under Transformation, Noether՚s Theorem, Applications 36 mins
  103. Electrostatics: Gauss Law, Properties of Charges, Coulomb Law, Introduction & Problems on Electric Field, Electric Potential 56 mins
  104. Electrostatics: Gauss Law and Its Application, Electrostatic Energy, Self Energy of Sphere, Energy Density in an Electric Field, Problem on Energy Density 1 hrs : 2 mins
  105. Electrostatics: Gauss Law and Its Application: Problems on Gauss Law, Electric Potential Due to Dipole, Electric Field Due to Dipole 53 mins
  106. Laplace and Poisson Equations: Laplacian Operator, Laplacian Operator for Coordinates System, Solution of Laplace Equation for Spherical Coordinate, Problem on Laplace and Poisson Operators 50 mins
  107. Boundary Value Problems: Equation of Electric Field and Potential, Perpendicular Boundary Conditions, Parallel Boundary Conditions, Combined Form of Boundary Conditions, Problems on Boundary Conditions 40 mins
  108. Boundary Value Problems: Problems Related to Boundary Conditions 30 mins
  109. Magnetostatics: Motion of Charge Particle Along Field, Cycloid Motion, Current Density 58 mins
  110. Magnetostatics: Problem Related to Current Density, Biot Savart Law, Field Due to Current in Straight Wire, Field Due to Circular Loop 48 mins
  111. Ampere Law: Divergence and Curl of B, Problem on Ampere Law, Solenoid, Problem on Solenoid 52 mins
  112. Ampere Law: Planar Sheet, Problem on Planar Sheet, Force between Two Wires, Problem on Force between Two Wires 53 mins
  113. Electromagnetic Induction: Ohm՚s Law, Problems on Vector Form of Ohm՚s Law, Electromagnetic Force, Motional EMF, Problems on Motional EMF 39 mins
  114. Electromagnetic Induction: Problems on Electromagnetic Induction, Faraday Law, Self Induction, Mutual Induction, Problem on Induction 55 mins
  115. Maxwell Equation in Free Space: Continuity Equation, Maxwell Equation, Ampere՚s Law, Displacement Current, Polarization in Matter, Maxwell Equation in Matter 55 mins
  116. Maxwell Equation in Free Space: Poyting Theorem, Maxwell Equation in Linear Isotropic Media, Problem on Maxwell Equation 44 mins
  117. Boundary Conditions on Field at Interface: Basic Relation on Magnetic Field, Boundary Conditions, Problem on Boundary Conditions 38 mins
  118. Scalar and Vector Potential: Introduction to Scalar and Vector Potential, Lorentz Condition, Potential in Isotropic Medium, Vector Potential, Problem on Vector Potential 1 hrs : 6 mins
  119. Electromagnetic Waves in Free Space, Wave Equation, Sinusoidal Wave Equation, Em Waves in Free Space, Problem Based on Em Waves 53 mins
  120. Dielectric and Conductors: Introduction to Conductors, Induced Charge, Charge Density on Thick Conductor, Pressure on the Surface of Conductor, Problem Related to Conductors 57 mins
  121. Dielectric and Conductors: Dielectric, Polarization, Bound Charge, Field Inside Dielectric, Gauss Law in Presence of Dielectric, Linear Dielectric, Energy in Dielectric, Problem Based on Dielectric and Conductor 58 mins
  122. Dielectric and Conductors: EM Waves in Dielectric, EM Waves in Conductor, Problems on Dielectric and Conductor 53 mins
  123. Reflection and Refraction: Refraction and Reflection in EM Waves, Reflection and Refraction at Oblique Incidence, Problems Based on Reflection and Refraction Waves 39 mins
  124. Fresnel՚s Law: Introduction to Fresnel՚s Law, Intensity Polarization is Perpendicular to Plane of Incidence, Problems Based on Fresnel՚s Law 54 mins
  125. Polarization: Introduction to Polarization, Problems on Polarization, Brewster Law, Malus Law 30 mins
  126. Interference: Introduction to Interference, Young՚s Double Slit Experiment, Newton՚s Ring, Problem Related to Newton՚s Ring 45 mins
  127. Coherence: Conditions of Coherence, Types of Coherence, Incoherent 17 mins
  128. Diffraction: Introduction to Diffraction, Fraunhofer Diffraction, Double Slit Diffraction, Multiple Slit Diffraction Problems 38 mins
  129. Dynamics of Charged Particles in Static and Uniform Electromagnetic Field 50 mins
  130. Dispersion Relation in Plasma: Introduction to Dispersion, Dispersion Medium, Phase Velocity, Group Velocity 58 mins
  131. Dispersion Relation in Plasma: Dispersion in Plasma, Plasma in Ionosphere 28 mins
  132. Lorentz Invariance of Maxwell Equation 56 mins
  133. Transmission Lines 51 mins
  134. Radiation from Moving Charges 1 hrs : 7 mins
  135. Wave Particle Duality: Spectra of Black Body, Planck՚s Theory of Cavity Radiation, Erin՚s Displacement Law, Photoelectric Effect, Compton Scattering, Wave Particle Duality, Davision-Germer Experiment 52 mins
  136. One Dimensional Schrodinger Equation Free Particle 1 hrs : 22 mins
  137. Schrodinger Equation (Time Dependent) 33 mins
  138. Schrodinger Equation (Time Independent) 38 mins
  139. Tunneling through Barrier 59 mins
  140. Tunneling through a Barrier 52 mins
  141. Wave Function in Coordinate Representation 23 mins
  142. Wave Function of Momentum Representation 48 mins
  143. Commutator and Heisenberg Uncertainty 49 mins
  144. Pauli Exclusion Principle: Two Particle System, Bosons and Fermions, Exchange Forces, Problems Based on Pauli Exclusion Principle 40 mins
  145. Laws of Thermodynamics and Its Consequences (Zeroth & First Law) 48 mins
  146. Laws of Thermodynamics and Its Consequences (Second & Third Law) 1 hrs : 26 mins
  147. Otto and Diesel Engine: Efficiency and Problems 1 hrs : 19 mins
  148. Thermodynamic Potentials: Critical Constants, Maxwell Relations and Applications, Joule-Kelvin Effect and Liquefaction of Gases 42 mins
  149. Phase Space 37 mins
  150. Canonical Ensemble; Free Energy 40 mins
  151. Classical and Quantum Statistics, Ideal Bose and Fermi Gases 31 mins
  152. Principle of Detailed Balance, Black Body Radiation and Planck՚s Distribution Law, Rayleigh-Jeans Law, Wein՚s Law, Wein՚s Displacement Law, Stefan- Boltzmann Law 18 mins
  153. Electromagnetic Field Tensor; Covariance of Maxwell՚s Equations 1 hrs : 3 mins
  154. Saha Ionization Formula 7 mins
  155. Phase Equilibria, First- And Second-Order Phase Transitions, Clausius-Clapeyron Equation 22 mins
  156. Thermodynamics and Statistical Physics: Ising Model, Bose Einstein Condensation 22 mins
  157. Chandrashekhar Limit and Neutron Star and Pulsar 1 hrs : 16 mins
  158. Concept of Negative Temperature 37 mins
  159. Electronic Materials, Devices and Circuits 59 mins
  160. Intrinsic Semiconductor 41 mins
  161. Extrinsic Semiconductor 38 mins
  162. Mobility and Scattering 20 mins
  163. Mobility and Conductivity 32 mins
  164. Drift Current and Diffusion Current 28 mins
  165. Laws Related to Semiconductor Material 53 mins
  166. PN Junction Diode 1 hrs : 2 mins
  167. Forward and Reverse Biasing of Pn Juntion Diode 1 hrs : 21 mins
  168. Diffusion Capacitance CD and Transition Capacitance CT 58 mins
  169. Ideal PN Junction Diode 12 mins
  170. Break down in Pn Junction Diode 29 mins
  171. Zener Diode 19 mins
  172. Tunnel Diode 35 mins
  173. Schottky Diode 1 hrs : 4 mins
  174. MOS Capacitor 1 hrs : 27 mins
  175. Comparison between NMOS and PMOS 13 mins
  176. High Electron Mobility Transistor (HEMT) 16 mins
  177. Direct and Indirect Band Gap Material 24 mins
  178. Graphene and CNT 15 mins
  179. Introduction of Bipolar Junction Transistor 31 mins
  180. CB Configuration of BJT 17 mins
  181. Base Width Modulation (Early Effect) 10 mins
  182. CE Configuration of NPN Transistor 12 mins
  183. Injection Efficiency and Base Transportation Factor 28 mins
  184. Current Gain, ICO, ICBO and ICEO of BJT 24 mins
  185. Breakdown Voltage in Transistor 15 mins
  186. Comparison of Configuration of BJT 7 mins
  187. Procedure to Find Region of Operation of BJT 24 mins
  188. DC Load Line and Q Point of BJT 25 mins
  189. Instability in Collector Current and Stability Factor (S) 32 mins
  190. Stability Factor (S) and BJT Biasing Circuits 33 mins
  191. Self Bias Circuit or Voltage Divider Bias Circuit or Emitter Bias Circuit 47 mins
  192. Method to Memorize Formula of S and Previous Year Questions 19 mins
  193. FET and MOSFET Bias 19 mins
  194. Common Emitter Amplifier (Without Bypass Capacitor) 12 mins
  195. Small Signal Common Collector Amplifier 17 mins
  196. Small Signal Common Base Amplifier 13 mins
  197. Small Signal Common Source FET Amplifier 17 mins
  198. Small Signal Common Gate FET Amplifier 12 mins
  199. Small Signal Common Drain FET Amplifier 13 mins
  200. Operational Amplifier (Op-Amp) 23 mins
  201. Properties of Op-Amp 17 mins
  202. Slew Rate of Op-Amp 20 mins
  203. Output Offset Voltage Input Offset Voltage PSRR of Op-Amp 12 mins
  204. Input Offset Current and Input Bias Current of Op-Amp 15 mins
  205. Properties of Ideal and Practical Op-Amp 11 mins
  206. Virtual Short Circuit and Virtual Ground in Op-Amp 10 mins
  207. Unity Gain Bandwidth of Op-Amp 21 mins
  208. Inverting Amplifier Using Op-Amp 11 mins
  209. Non-Inverting Amplifier and Voltage Follower (Using Op-Amp) 13 mins
  210. Difference Amplifier 16 mins
  211. Inverting Summing Amplifier Non-Inverting Summing Amplifier Adder or Subtractor Using Op-Amp 20 mins
  212. Precision Diode Precision HWR Precision FWR (Application of Op-Amp) 39 mins
  213. Integrator and Differentiator (Application of Op-Amp) 15 mins
  214. Low Pass Filter (Active Filter) (Application of Op-Amp) 36 mins
  215. High Pass Filter (Active Filter) (Application of Op-Amp) 18 mins
  216. Band Pass Filter Band Stop/Reject Filter All Pass Filter (Application of Op-Amp) 15 mins
  217. Schmitt Trigger (Application of Op-Amp with Positive Feedback) 39 mins
  218. Astable and Mono-Stable Multivibrator (Application of Positive Feedback Op-Amp) 30 mins
  219. Triangular Waveform Generator (Application of Positive Feedback Op-Amp) 10 mins
  220. Digital Electronics: Number System 43 mins
  221. Digital Electronics: Number System and Conversions 36 mins
  222. Digital Electronics: Number Codes 20 mins
  223. Digital Electronics: Logic Gates 58 mins
  224. Digital Electronics: Boolean Algebra, Boolean Laws, Boolean Theorem 14 mins
  225. Karnaugh Map (K-Map) : Forms & Terms 50 mins
  226. Karnaugh Map (K-Map) : K-Map Minimization Technique & Implicant 30 mins
  227. Combinational Circuits: Half & Full Adder, Half & Full Subtractor 56 mins
  228. Combinational Circuits: Parallel Adder (Ripple Adder) and Look Ahead Carry Adder 16 mins
  229. Combinational Circuits: Multiplexer and Demultiplexer 30 mins
  230. Sequential Circuits: Latch and Flip Flop 51 mins
  231. Sequential Circuits: RACE Around Condition and Master Slave Flip Flop 17 mins
  232. Sequential Circuits: Shift Registers 41 mins
  233. Sequential Circuits: Counters 48 mins
  234. Digital Techniques and Application (Comparators) 56 mins
  235. State Diagram and State Table 19 mins
  236. Fundamentals of Microprocessor and Digital Computer: Generation, Terms, Working, Features 17 mins
  237. Quantum Sates of an Electron in an Atom 44 mins
  238. Spectrum of Helium and Alkali Atom- Exchange Forces, Spectrum of Helium, Quantum Mechanical Explanation of the Splitting, Problems on Spectrum of Helium 1 hrs : 20 mins
  239. Spectrum of Helium and Alkali Atom- Features of Alkali Spectra, Explanation of Alkali Spectra, Spectrum of Alkali, Problem on Alkali Atom 52 mins
  240. Relativistic Correction of Energy Levels of Hydrogen Atom- Angular Momentum, Relativistic Correction, Problem on Relativistic Correction of Energy Levels 22 mins
  241. Hyperfine Structure-Nuclear Spin and Hyperfine Splitting, Atomic Vector Model Selection Rule, Nuclear Spin Quantum Number, Hyperfine Structure, Problem Based on Hyperfine Structure 1 hrs : 8 mins
  242. Spectroscopic Notation of Atomic States 33 mins
  243. Zeeman, Paschen-Back and Strak Effect; Zeeman Effect - Normal, Normal Transverse, Longitudinal and Anomalous Zeeman Effect; Energy Shift, Zeeman Splitting for D1 and D2 Lines of Sodium Level, Problem Based on Zeeman Effect 1 hrs : 17 mins
  244. Zeeman Paschen-Bach and Strak Effect: Features, Fields and Problems 42 mins
  245. Laser Raman Spectroscopy Importance of Neutral Hydrogen Atom 48 mins
  246. Basic Nuclear Properties: Moment, Groups, Forces, Size, Charge & Density 43 mins
  247. Radioactivity, Binding Energy, Q-Value, Liquid Drop Model 1 hrs : 1 mins
  248. Shell Model: Theory, Evidence, Validity, Limitations 36 mins
  249. Elementary Ideas of Alpha, Beta and Gamma Decay and Their Selection Rules; Physics of Neutrino 1 hrs : 2 mins
  250. Nuclear Reactor: Component, Classification & Breeder Reactors 36 mins
  251. Energy Production in Stars: Reaction, Cycle and Fusion Problems 34 mins
  252. Angular Momentum; Mass Parabola 8 mins