Solve simultaneous equations by elimination and check if your answer is correct - linear equations
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Solve simultaneous equations by elimination and check if your answer is correct - linear equations
9:10
Solving simultaneous equations using substitution and check if your answer is correct
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Solving simultaneous equations using substitution and check if your answer is correct
10:45
Physics| Find the total kinetic energy and the tension force of a pulley system - example 1
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Physics| Find the total kinetic energy and the tension force of a pulley system - example 1
39:29
Physics| Elasticity, Hooke's Law, Young's Modulus, Stress, Strain, Shear Modulus, and Fracture.
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Physics| Elasticity, Hooke's Law, Young's Modulus, Stress, Strain, Shear Modulus, and Fracture.
36:41
Physics| Torque, static equilibrium, center of gravity, and angular momentum
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Physics| Torque, static equilibrium, center of gravity, and angular momentum
1:51:00
Physics| Rotational Kinematics, Angular quantities, Moment of Inertia, and Rotational Kinetic Energy
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Physics| Rotational Kinematics, Angular quantities, Moment of Inertia, and Rotational Kinetic Energy
57:54
Physics| Uniform and non-uniform Circular Motion (centripetal acceleration, centripetal force)
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Physics| Uniform and non-uniform Circular Motion (centripetal acceleration, centripetal force)
1:24:06
Physics| Linear Momentum (impulse, collisions, elastic and inelastic collisions)
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Physics| Linear Momentum (impulse, collisions, elastic and inelastic collisions)
2:01:55
Physics| Work Energy and Power (Kinetic Energy, Potential Energy, Work energy theorem)- full lecture
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Physics| Work Energy and Power (Kinetic Energy, Potential Energy, Work energy theorem)- full lecture
2:55:45
Physics| Application to Newtons Laws (Friction, Tension forces, Normal force, Inclined plane)
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Physics| Application to Newtons Laws (Friction, Tension forces, Normal force, Inclined plane)
2:08:36
Physics| Introduction to Newton's Laws (Forces, acceleration and mass, inertia)
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Physics| Introduction to Newton's Laws (Forces, acceleration and mass, inertia)
54:34
Physics| kinematics in two dimensions (projectile motion, motion in two dimensions (2D)).
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Physics| kinematics in two dimensions (projectile motion, motion in two dimensions (2D)).
1:59:09
Physics| Free fall or vertical projectile motion - part 3
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Physics| Free fall or vertical projectile motion - part 3
39:36
Physics| Graphs of motion, velocity vs time, position vs time, and acceleration vs time - part 2
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Physics| Graphs of motion, velocity vs time, position vs time, and acceleration vs time - part 2
1:07:27
Physics| Motion along a straight line and equations of motion (kinematics in one dimension) - part 1
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Physics| Motion along a straight line and equations of motion (kinematics in one dimension) - part 1
3:04:43
Physics| Vectors and Scalars (vector components, dot product and cross product) - full lecture
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Physics| Vectors and Scalars (vector components, dot product and cross product) - full lecture
2:21:14
Physics| Introduction to Units and Quantities (scientific notation, decimals, and unit conversion)
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Physics| Introduction to Units and Quantities (scientific notation, decimals, and unit conversion)
1:02:18
VS Code For Web Development - Beginners
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VS Code For Web Development - Beginners
16:24
(Vectors) - Cross Product
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(Vectors) - Cross Product
22:22
(Vectors) - Dot product
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(Vectors) - Dot product
16:01
(Vectors) - Subtracting non perpendicular vectors
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(Vectors) - Subtracting non perpendicular vectors
34:10
(Vectors) - How to add non perpendicular vectors
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(Vectors) - How to add non perpendicular vectors
32:27
(Vectors) - Resolving vectors into components
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(Vectors) - Resolving vectors into components
29:22
(Vectors) - Adding vectors that are perpendicular to each other
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(Vectors) - Adding vectors that are perpendicular to each other
25:18
(Vectors) - Adding vectors along the same axis (co-linear)
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(Vectors) - Adding vectors along the same axis (co-linear)
12:17
(Vectors) - Multiplying a vector by a scalar
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(Vectors) - Multiplying a vector by a scalar
16:18
(Vectors) - Vectors and scalars
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(Vectors) - Vectors and scalars
9:42