omkar walambe Newton's First Law of Motion   YouTube
Channel: Omkar Walambe
Date: 2013-08-30

001 Introduction to motion 5 
002 Introduction to motion (part 2) 7 
003 Introduction to motion (part 3) 4 
004 Projectile motion (part 1) 6 
005 Projectile motion (part 2) 6 
006 Projectile motion (part 3) 6 
007 Projectile motion (part 4) 6 
008 Projectile motion (part 5) 7 
009 Projectile motion (part 6) 7 
010 Projectile motion (part 7) 9 
011 Projectile motion (part 8) 2 
012 Projectile motion (part 9) 6 
013 Projectile motion (part 10) 7 
014 2 dimensional projectile motion (part 1) 6 
015 2 dimensional projectile motion (part 2) 8 
016 2-dimensional projectile motion (part 3) 10 
017 2 dimensional projectile motion part 4 6 
018 2-dimensional projectile motion part 5 4 
019 Optimal angle for a projectile part 1 7 
020 Optimal angle for a projectile part 2 - Hangtime 8 
021 Optimal angle for a projectile part 3 - Horizontal distance as a function of angle (and speed) 6 
022 Optimal angle for a projectile part 4 Finding the optimal angle and distance with a bit of calculus 24 
023 Newton's First Law of Motion 7 
024 Newton's Second Law of Motion 7 
025 Newton's Third Law of Motion 7 
026 Newton's Laws Problems (part 1) 7 
027 Newton's Laws Examples (part 2) 7 
028 Newton's Laws 9 
029 Newton's Laws and vectors 8 
030 Force with Vectors 8 
031 Introduction to Tension 8 
032 Tension (part 2) 8 
033 Mass on Inclined Plane 7 
034 Introduction to friction 7 
035 Friction on an inclined plane 8 
036 A more complicated friction_inclined plane problem 8 
037 Tension in an accelerating system and pie in the face 9 
038 Moving pulley problem (part 1) 6 
039 Moving pulley problem (part 2) 6 
040 Introduction to Momentum 6 
041 Momentum_ Ice skater throws a ball 4 
042 2-dimensional momentum problem 9 
043 2-dimensional momentum problem (part 2) 9 
044 Introduction to work and energy 7 
045 Work and Energy (part 2) 8 
046 Conservation of Energy 8 
047 Work_Energy problem with Friction 9 
048 Introduction to mechanical advantage 7 
049 Mechanical Advantage (part 2) 5 
050 Mechanical Advantage (part 3) 7 
051 Center of Mass 6 
052 Introduction to Torque 5 
053 Moments 15 
054 Moments (part 2) 10 
055 Unit Vector Notation 11 
056 Unit Vector Notation (part 2) 7 
057 Projectile Motion with Unit Vectors 7 
058 Projectile Motion with Unit Vectors (part 2) 9 
059 Projectile Motion with Ordered Set Notation 8 
060 Introduction to centripetal acceleration (part 1) 6 
061 Centripetal Acceleration (part 2) 7 
062 Centripetal Acceleration (part 3) 7 
063 Visual Proof_ a_ v_2_r 7 
064 Calculus Proof that a_v_2_r 8 
065 Introduction to angular velocity 7 
066 Conservation of angular momemtum 8 
067 Introduction to Newton's Law of Gravitation 7 
068 Gravitation (part 2) 6 
069 Intro to springs and Hooke's Law 7 
070 Potential energy stored in a spring 7 
071 Spring potential energy example (mistake in math) 8 
072 Introduction to Harmonic Motion 8 
073 Harmonic Motion Part 2 (calculus) 10 
074 Harmonic Motion Part 3 (no calculus) 9 
075 Fluids (part 1) 7 
076 Fluids (part 2) 9 
077 Fluids (part 3) 9 
078 Fluids (part 4) 9 
079 Fluids (part 5) 6 
080 Fluids (part 6) 11 
081 Fluids (part 7) 8 
082 Fluids (part 8) 8 
083 Fluids (part 9) 9 
084 Fluids (part 10) 8 
085 Fluids (part 11) 4 
086 Fluids (part 12) 7 
087 Thermodynamics (part 1) 6 
088 Thermodynamics (part 2) 8 
089 Thermodynamics (part 3) 8 
090 Thermodynamics (part 4) 9 
091 Thermodynamics (part 5) 10 
092 Electrostatics (part 1)_ Introduction to Charge and Coulo's Law 10 
093 Electrostatics (part 2) 9 
094 Proof (Advanced)_ Field from infinite plate (part 1) 10 
095 Proof (Advanced)_ Field from infinite plate (part 2) 11 
096 Electric Potential Energy 8 
097 Electric Potential Energy (part 2-- involves calculus) 8 
098 Voltage 8 
099 Capacitance 11 
100 Circuits (part 1) 7 
101 Circuits (part 2) 8 
102 Circuits (part 3) 9 
103 Circuits (part 4) 5 
104 Cross product 1 7 
105 Cross Product 2 8 
106 Cross Product and Torque 7 
107 Introduction to Magnetism 6 
108 Magnetism 2 5 
109 Magnetism 3 8 
110 Magnetism 4 10 
111 Magnetism 5 7 
112 Magnetism 6_ Magnetic field due to current 6 
113 Magnetism 7 8 
114 Magnetism 8 8 
115 Magnetism 9_ Electric Motors 6 
116 Magnetism 10_ Electric Motors 8 
117 Magnetism 11_ Electric Motors 5 
118 Magnetism 12_ Induced Current in a Wire 9 
119 The dot product 8 
120 Dot vs. Cross Product 8 
121 Calculating dot and cross products with unit vector notation 7 
122 Introduction to Waves 24 
123 Amplitude, Period, Frequency and Wavelength of Periodic Waves 32 
124 Introduction to the Doppler Effect 17 
125 Doppler effect formula for observed frequency 18 
126 Doppler effect formula when source is moving away 27 
127 When the source and the wave move at the same velocity 14 
128 Mach Nuers 7