View 163 Lectures [109 hrs : 21 mins] on MHT-CET (Maharashtra Common Entrance Test) Physics

163 Lectures [109 hrs : 21 mins] on MHT-CET (Maharashtra Common Entrance Test) Physics. Click title below to see corresponding lecture.

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1. Basic Trigonometry: Understanding Small Angle Approximations 7 mins
2. Units and Measurements: SI Units, System of Units, Supplementary Units 24 mins
3. Dimensional Analysis: Units 43 mins
4. Significant Figures: Rules and Rounding Off 23 mins
5. Errors and Types of Errors 43 mins
6. Numericals for Units and Measurements 16 mins
7. Vectors: Scalar, Unit, Equal, Negative, Null Vectors; Cross and Dot Product & Projection 35 mins
8. Rest and Motion, Distance & Displacement; Average and Instantaneous Speed, Velocity and Acceleration 34 mins
9. Motion in Straight Line, Kinematic Equations and Freely Falling Bodies 31 mins
10. Motion in A Plane, Position Vector, Velocity, Acceleration, Uniform Circular Motion 34 mins
11. Projectile Motion: Time of Flight, Range, Horizontal and Vertical Motion 27 mins
12. Kinematics: Problems and Numericals 43 mins
13. Force and Newton՚s First Law of Motion 1 hrs : 8 mins
14. Newton՚s Second Law of Motion: Impulse, Linear Momentum 52 mins
15. Newton՚s Third Law of Motion: Climbing Rope, Pseudo Forces and Weighing Machine 43 mins
16. Conservation of Momentum 37 mins
17. Static and Kinetic Friction 39 mins
18. Law of Friction and Rolling Friction 33 mins
19. Dynamics of Circular Motion 46 mins
20. Applications of Circular Motion 43 mins
21. Laws of Motion: Numericals 20 mins
22. Work Done by Constant and Variable Forces 31 mins
23. Kinetic and Potential Energy 37 mins
24. Work Energy Theorem and Power 37 mins
25. Conservative and Non-Conservative Forcces 35 mins
26. Motion in Vertical Plane 59 mins
27. Newton՚s Law of Gravitation and Features of Gravitational Force 27 mins
28. Kepler Laws, Acceleration Due to Gravity, Variation in G 50 mins
29. Gravitational Potential Energy; Gravitational Potential - Spherical Shell, Solid Sphere, Point Mass and Uniform Ring 55 mins
30. Gravitation Field: Relation and Calculation 55 mins
31. Motion of Satellite: Escape Velocity 42 mins
32. Gravitation: Solved Numericals 43 mins
33. Thermal Equilibrium: Zeroth Law 34 mins
34. Concept of Temperature: Scale and Conversion 37 mins
35. Heat, Work and Internal Energy 58 mins
36. The First Law of Thermodynamics 51 mins
37. Second Law of Thermodynamics 21 mins
38. Thermodynamics Basic Numericals 25 mins
39. Kinetic Theory of Gases: Assumptions and Concept of Pressure 40 mins
40. Kinetic Interpretation of Temperature 17 mins
41. RMS of Gas Molecule and Degree of Freedom 27 mins
42. Law of Equipartition of Energy and Application to Specific Heat of Gases 18 mins
43. Mean Free Path: Assumption, Expression, Problems 23 mins
44. Avogadro՚s Number: Importance and Problems 14 mins
45. Kinetic Theory of Gases: Problems and Numericals 21 mins
46. Wave Motion, Transverse and Longitudinal Waves 44 mins
47. Speed of Travelling Waves 33 mins
48. Displacement Relation for Progressive Waves 41 mins
49. Principle of Superposition and Reflection of Waves 58 mins
50. Standing Waves in String: Conditions, Treatment and Laws 53 mins
51. Standing Waves in Organ Pipe: Approach and Numericals 56 mins
52. Beats: Formation, Analytical Treatment, Applications and Numericals 43 mins
53. Waves: Basic Problems and Numericals 20 mins
54. Simple Harmonic Motion (SHM): Equilibrium Position, Restoring Force, Equations of Displacement, Velocity, Acceleration in SHM (Spring-Mass System), Meaning of Angular Velocity, Time Period, Frequency, Phase, Phase Constant (Role in Initial Conditions) And Amplitude. 42 mins
55. Simple Harmonic Motion (SHM): Problems on Equations of Displacement, Velocity, Acceleration, Time Period, Frequency, Phase, Phase Constant (Role in Initial Conditions) And Amplitude. 21 mins
56. Simple Harmonic Motion (SHM): Energy Changes in SHM (Spring Mass System), Equations for Kinetic Energy, Potential Energy and Total Energy. 21 mins
57. Relation between SHM and Rotational Motion: Finding Equations of Displacement, Velocity & Acceleration 22 mins
58. Generalizing the SHM: Simple Pendulum, Equation of Motion of Simple Pendulum 19 mins
59. Generalizing the SHM: Compound/Physical Pendulum, Torsion Pendulum 20 mins
60. SHM: Damped, Forced Oscillations, Phase Relations & Resonance 28 mins
61. Simple Harmonic Motion: Important Problems and Numericals 15 mins
62. Electric Charges and Coulomb՚s Law 1 hrs : 7 mins
63. Forces Due to Multiple Charges 46 mins
64. Electric Field Due to Charges 1 hrs : 5 mins
65. Torque and Electric Field Due to Dipole 43 mins
66. Electric Flux and Gauss՚s Law 59 mins
67. Application of Gauss՚s Law 1 hrs : 12 mins
68. Electric Potential and Dipole 42 mins
69. Electrostatic Potential Energy and Equipotential Surfaces 35 mins
70. Conductor and Insulator: Dielectric 58 mins
71. Combination of Capacitor and Energy in Capacitor 1 hrs : 0 mins
72. Capacitance of Capacitor with and Without Dielectric 53 mins
73. Electrostatics: Problems and Numericals 19 mins
74. Current, Drift Velocity and Mobility 53 mins
75. Ohm՚s Law and Electrical Resistance; Electromotive Force 49 mins
76. VI Characteristics: Superconductivity, Meissener Effect 43 mins
77. Electrical Energy and Power; Power Rating; Joule՚s Law 37 mins
78. Series and Parallel Combination of Resistors 31 mins
79. Internal Resistance and EMF of Cell 1 hrs : 9 mins
80. Kirchhoff՚s Law and Its Application 40 mins
81. Wheatstone Bridge and Meter Bridge 40 mins
82. Current Electricity: Important Questions 17 mins
83. Biot Savart Law 52 mins
84. Application of Biot-Savart Law Due to Circular Coil 1 hrs : 8 mins
85. Ampere՚s Law and Its Application 57 mins
86. Force on Moving Charge in Uniform Magnetic and Electric Field 52 mins
87. Force on A Current Carrying Conductor and Parallel Conductor 44 mins
88. Torque Experienced by Current Loop 36 mins
89. Moving Coil Galvanometer 37 mins
90. Magnetic Dipole and Dipole Moment 31 mins
91. Bar Magnet as Solenoid 41 mins
92. Magnetic Field Due to Magnetic Dipole 48 mins
93. Para-, Dia-, Ferromagnetic Substances 1 hrs : 5 mins
94. Magnetic Effect of Current and Magnetism: Problems 41 mins
95. Faraday՚s Law: Magnetic Flux and Field 1 hrs : 3 mins
96. Lenz՚s Law, EMF 56 mins
97. Self and Mutual Inductance 1 hrs : 19 mins
98. Peak and RMS Value of AC 43 mins
99. Reactance and Impedance 59 mins
100. L. C. R. Series Circuit and Resonance 36 mins
101. Power of A. C. Circuit and Watt Less Current 26 mins
102. AC Generator and Transformer 37 mins
103. Electromagnetic Induction and Alternating Current: Problems 12 mins
104. Displacement Current 41 mins
105. Electromagnetic Waves and Their Characteristics: Maxwell Equation, Intensity, Momentum, Pressure, Energy 56 mins
106. Transverse Nature of EM Waves 32 mins
107. EM Waves Spectrum and Applications 36 mins
108. Electromagnetic Waves: Problems and Numericals 20 mins
109. Reflection of Light: Mirror and Image Formation 1 hrs : 2 mins
110. Spherical Mirror and Mirror Formula 1 hrs : 22 mins
111. Refraction of Light at Plane Surface 1 hrs : 7 mins
112. Refraction through Spherical Surface 31 mins
113. Thin Lens Formula and Lens Makers Formula 1 hrs : 1 mins
114. Total Internal Reflection and Applications 27 mins
115. Power and Combination of Lens 20 mins
116. Refraction through Prism 1 hrs : 1 mins
117. Microscope and Their Magnifying Power 57 mins
118. Ray Optics: Numericals 23 mins
119. Telescope and Its Magnification 42 mins
120. Wavefront and Huygens Principle 47 mins
121. Laws of Reflection and Refraction: Wave Theory 40 mins
122. Interference of Light and Coherent Sources 32 mins
123. Young Double Slit Experiment (YDSE) And Fringe Width 52 mins
124. Diffraction Due to Single Slit and Central Maximum 45 mins
125. Polarization and Polarized Light 59 mins
126. Wave Optics: Numericals 18 mins
127. Dual Nature of Radiation and Photoelectric Effect 1 hrs : 9 mins
128. Einstein՚s Photoelectric Equation: Particle Nature and Planck՚s Constant 45 mins
129. Matter Waves- De-Broglie Relation 32 mins
130. Hertz and Lenard Observation 26 mins
131. Dual Nature of Matter and Radiation: Problems and Numericals 27 mins
132. Atom Model, Alpha Particle Scattering and Trajectory, Electron Orbits 25 mins
133. Bohr Model of Hydrogen Atom 48 mins
134. Atomic Number and Atomic Mass, Isotope, Isotone, Mass & Size of Nucleus 31 mins
135. Mass Energy; Nuclear Binding Energy and Nuclear Force 35 mins
136. Radioactivity: Types, Decay Rate & Half Life 27 mins
137. Nuclear Models: Liquid Drop Model and Shell Model 21 mins
138. Decay Process: Nuclear Fusion and Fission 23 mins
139. Atoms and Nuclei: Practice Questions 20 mins
140. Semiconductors: PN Junction; Forward and Reverse Bias 40 mins
141. Rectifiers: Half and Full Wave; Characteristics 43 mins
142. IV Characteristics: Photodiodes, LED, Solar Cells 46 mins
143. Zener Diode: Voltage Regulator; Avalanche Breakdown & Problems 44 mins
144. Logic Gates: OR, AND, NOT, NAND, NOR 32 mins
145. Electronic Devices: Past Paper Solutions 29 mins
146. Vernier Calliper: Parts, Zero Error, Least Count, Demonstration, Application and Problems 50 mins
147. Screw Gauge: Principle, Parts, Error, Demonstration & Precautions 36 mins
148. Simple Pendulum: Dissipation, Principle, Theory, Stimulation, Observation, Problems 34 mins
149. Principle of Moments: Torque, Equilibrium, Procedure, Experiment 29 mins
150. Young՚s Modulus: Searle՚s Apparatus, Principle, Experiment, Graph 35 mins
151. Surface Tension: Theory, Procedure and Observations 36 mins
152. Viscosity of Liquid: Theory and Procedure; Experiment 47 mins
153. Speed of Sound: Experiment and Procedure 35 mins
154. Specific Heat Capacity: Experiment and Observations 45 mins
155. Meter Bridge: Circuit Diagram, Principle, Procedure and Experiment 41 mins
156. Resistance of Wire: Experiment and Observations 24 mins
157. Galvanometer: Resistance, Procedure, Experiment, Observation 36 mins
158. Focal Length: Concave and Convex - Mirror and Lens 52 mins
159. Refraction through Prism: Experiment 42 mins
160. Refractive Index 29 mins
161. PN Junction Diode 34 mins
162. Zener Diode: Working, Specifications and Circuit Diagram 28 mins
163. Identification of Diodes 51 mins