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Physics and Math Videos

Stop randomly wandering through Youtube. Browse our curated collection of jaw dropping Physics, Math, Biology, Chemistry YouTube videos.
Ex: Integral Using Substitution with an Odd Power of Sine

Ex: Integral Using Substitution with an Odd Power of Sine

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Ex: Integral Using Substitution with an Odd Power of Cosine

Ex: Integral Using Substitution with an Odd Power of Cosine

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Trig Integrals Involving Powers of Secant and Tangent: Part 2

Trig Integrals Involving Powers of Secant and Tangent: Part 2

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Trig Integrals Involving Powers of Secant and Tangent: Part 1

Trig Integrals Involving Powers of Secant and Tangent: Part 1

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Trig Integrals Involving Powers of Sine and Cosine: Part 2

Trig Integrals Involving Powers of Sine and Cosine: Part 2

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Trig Integrals Involving Powers of Sine and Cosine: Part 1

Trig Integrals Involving Powers of Sine and Cosine: Part 1

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Ex: Find the Hydrostatic Force on a Semicircle Window Submerged in Water

Ex: Find the Hydrostatic Force on a Semicircle Window Submerged in Water

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Ex: Find the Hydrostatic Force on a Dam in the Shape of a Degree 4 Polynomial

Ex: Find the Hydrostatic Force on a Dam in the Shape of a Degree 4 Polynomial

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Ex: Find the Hydrostatic Force on a Vertical Plate in the Shape of an Isosceles Triangle

Ex: Find the Hydrostatic Force on a Vertical Plate in the Shape of an Isosceles Triangle

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Ex: Find the Hydrostatic Force on a Horizontal Plate (No Calculus)

Ex: Find the Hydrostatic Force on a Horizontal Plate (No Calculus)

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Ex: Find the Centroid of a Bounded Region Involving the Sine Function Using the TI84

Ex: Find the Centroid of a Bounded Region Involving the Sine Function Using the TI84

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Ex: Find the Centroid of a Bounded Region Involving Two Quadratic Functions

Ex: Find the Centroid of a Bounded Region Involving Two Quadratic Functions

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Ex: Find the Centroid of a Triangular Region on the Coordinate Plane

Ex: Find the Centroid of a Triangular Region on the Coordinate Plane

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Ex: Find the Centroid of a Region Consisting of Three Rectangles

Ex: Find the Centroid of a Region Consisting of Three Rectangles

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Ex: Determine the Center of Mass of Three Point Masses on the Coordinate Plane

Ex: Determine the Center of Mass of Three Point Masses on the Coordinate Plane

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Ex: Find the Work Lifting a Leaking Bucket of Sand and Rope Given Mass

Ex: Find the Work Lifting a Leaking Bucket of Sand and Rope Given Mass

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Ex: Find the Work Lifting a Leaking Bucket of Sand Given Mass

Ex: Find the Work Lifting a Leaking Bucket of Sand Given Mass

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Ex: Determine the Work Required to Pump Water Out of Trough (Quadratic Cross Section)

Ex: Determine the Work Required to Pump Water Out of Trough (Quadratic Cross Section)

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Ex: Determine the Work Required to Pump Water Out of Trough (Isosceles Triangle)

Ex: Determine the Work Required to Pump Water Out of Trough (Isosceles Triangle)

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Ex: Find the Surface Area of Revolution of a Cube Root Function About y-axis (Respect to y)

Ex: Find the Surface Area of Revolution of a Cube Root Function About y-axis (Respect to y)

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Ex: Find the Surface Area of Revolution of a Quadratic Function About y-axis (Respect to x)

Ex: Find the Surface Area of Revolution of a Quadratic Function About y-axis (Respect to x)

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Ex: Determine the Work Required to Pump Water Out of a Circular Cylinder

Ex: Determine the Work Required to Pump Water Out of a Circular Cylinder

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Ex: Find the Surface Area of Revolution of a Square Root Function About the x-axis

Ex: Find the Surface Area of Revolution of a Square Root Function About the x-axis

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Ex: Find the Surface Area of Revolution of a Cubic Function About the x-axis

Ex: Find the Surface Area of Revolution of a Cubic Function About the x-axis

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Ex: Surface Area of Revolution - Sine Function

Ex: Surface Area of Revolution - Sine Function

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Ex: Surface Area of Revolution - Linear Function

Ex: Surface Area of Revolution - Linear Function

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Surface Area of Revolution – Part 2

Surface Area of Revolution – Part 2

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Surface Area of Revolution – Part 1

Surface Area of Revolution – Part 1

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Ex: Find the Arc Length of a Quadratic Function

Ex: Find the Arc Length of a Quadratic Function

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Ex: Find the Arc Length of a Radical Function (Rational Exponent)

Ex: Find the Arc Length of a Radical Function (Rational Exponent)

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Ex: Find the Arc Length of a Linear Function

Ex: Find the Arc Length of a Linear Function

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Arc Length – Part 2

Arc Length – Part 2

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Arc Length – Part 1

Arc Length – Part 1

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Volume of Revolution - Comparing the Washer and Shell Method

Volume of Revolution - Comparing the Washer and Shell Method

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Ex: Volume of Revolution Using Shell Method with Vertical Axis (Not Y-Axis)

Ex: Volume of Revolution Using Shell Method with Vertical Axis (Not Y-Axis)

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Ex: Volume of Revolution Using Shell Method with Horizontal Axis (Not X-Axis)

Ex: Volume of Revolution Using Shell Method with Horizontal Axis (Not X-Axis)

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Ex: Volume of Revolution Using the Shell Method (Exponential about y axis)

Ex: Volume of Revolution Using the Shell Method (Exponential about y axis)

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Ex: Volume of Revolution Using the Shell Method (Sine about y axis)

Ex: Volume of Revolution Using the Shell Method (Sine about y axis)

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Ex: Volume of Revolution Using the Shell Method (Quadratic about y axis)

Ex: Volume of Revolution Using the Shell Method (Quadratic about y axis)

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Ex: Volume of Revolution Using the Shell Method (Basic Quadratic about y axis)

Ex: Volume of Revolution Using the Shell Method (Basic Quadratic about y axis)

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Volume of Revolution - The Shell Method NOT about x or y axis

Volume of Revolution - The Shell Method NOT about x or y axis

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Ex: Determine a Volume of Revolution Using the Shell (tubes) Method (y-axis) - Calculator - YouTube

Ex: Determine a Volume of Revolution Using the Shell (tubes) Method (y-axis) - Calculator - YouTube

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Ex: Determine a Volume of Revolution Using the Shell (tube) Method (Quadratic About y-axis) - YouTube

Ex: Determine a Volume of Revolution Using the Shell (tube) Method (Quadratic About y-axis) - YouTube

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Volume of Revolution - The Shell Method about the y-axis

Volume of Revolution - The Shell Method about the y-axis

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Volume of Revolution - The Shell Method about the x-axis

Volume of Revolution - The Shell Method about the x-axis

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Ex: Volume of Revolution Using Washer Method About x=5

Ex: Volume of Revolution Using Washer Method About x=5

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Ex 2: Volume of Revolution Using Washer Method About Y-Axis

Ex 2: Volume of Revolution Using Washer Method About Y-Axis

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Ex 1: Volume of Revolution Using Washer Method About Y-Axis

Ex 1: Volume of Revolution Using Washer Method About Y-Axis

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Ex 2: Volume of Revolution Using Washer Method About y = 3

Ex 2: Volume of Revolution Using Washer Method About y = 3

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Ex 1: Volume of Revolution Using Washer Method About y = 3

Ex 1: Volume of Revolution Using Washer Method About y = 3

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Volume of Revolution - The Washer Method NOT about the x or y axis

Volume of Revolution - The Washer Method NOT about the x or y axis

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Volume of Revolution - The Washer Method about the y-axis

Volume of Revolution - The Washer Method about the y-axis

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Volume of Revolution - The Washer Method about the x-axis

Volume of Revolution - The Washer Method about the x-axis

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Ex 3: Volume of Revolution Using the Disk Method (Exponential Function)

Ex 3: Volume of Revolution Using the Disk Method (Exponential Function)

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Ex 3: Volume of Revolution Using the Disk Method (Exponential Function)

Ex 3: Volume of Revolution Using the Disk Method (Exponential Function)

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Ex 2: Volume of Revolution Using the Disk Method (Sine Squared Function)

Ex 2: Volume of Revolution Using the Disk Method (Sine Squared Function)

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Ex 1: Volume of Revolution Using the Disk Method (Rational Function about y = 1)

Ex 1: Volume of Revolution Using the Disk Method (Rational Function about y = 1)

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Ex: Volume of Revolution - Disk Method (Exponential Function base e)

Ex: Volume of Revolution - Disk Method (Exponential Function base e)

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Ex: Volume of Revolution - Disk Method (Quadratic Function)

Ex: Volume of Revolution - Disk Method (Quadratic Function)

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Ex: Volume of Revolution - Disk Method (y=x^(1/3)

Ex: Volume of Revolution - Disk Method (y=x^(1/3)

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Volume of Revolution - The Disk Method

Volume of Revolution - The Disk Method

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Ex: Volume of a Solid With Slices Parallel to X-axis (Triangle)

Ex: Volume of a Solid With Slices Parallel to X-axis (Triangle)

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Ex 5: Volume of a Solid with Known Cross Section Using Integration - Pyramid

Ex 5: Volume of a Solid with Known Cross Section Using Integration - Pyramid

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Ex 4: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

Ex 4: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

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Ex 3: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

Ex 3: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

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Ex 2: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

Ex 2: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

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Ex 1: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

Ex 1: Volume of a Solid with Known Cross Section Using Integration - Volume by Slices

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Determine Volume Of Solids by Slices - Integration Application

Determine Volume Of Solids by Slices - Integration Application

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 1: Introduction to Plasmas

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 1: Introduction to Plasmas

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 2: Plasma Response to fields: Fluid Equations

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 2: Plasma Response to fields: Fluid Equations

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 3: DC Conductivity and Negative Differential Conductivity

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 3: DC Conductivity and Negative Differential Conductivity

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 4: RF Conductivity of Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 4: RF Conductivity of Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 5: RF Conductivity of Plasma Contd

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 5: RF Conductivity of Plasma Contd

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 6: Hall Effect, Cowling Effect and Cyclotron Resonance Heating

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 6: Hall Effect, Cowling Effect and Cyclotron Resonance Heating

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 7: Electromagnetic Wave Propagation in Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 7: Electromagnetic Wave Propagation in Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 8: Electromagnetic Wave Propagation in Plasma Contd.

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 8: Electromagnetic Wave Propagation in Plasma Contd.

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 9: Electromagnetic Wave Propagation Inhomogeneous Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 9: Electromagnetic Wave Propagation Inhomogeneous Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 10: Electrostatic Waves in Plasmas

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 10: Electrostatic Waves in Plasmas

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 11: Energy Flow with an Electrostatic Wave

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 11: Energy Flow with an Electrostatic Wave

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 12: Two Stream Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 12: Two Stream Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 13: Relativistic electron Beam - Plasma Interaction

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 13: Relativistic electron Beam - Plasma Interaction

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 14: Cerenkov Free Electron Laser

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 14: Cerenkov Free Electron Laser

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 15: Free Electron Laser

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 15: Free Electron Laser

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 16: Free Electron Laser: Energy gain

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 16: Free Electron Laser: Energy gain

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 17: Free Electron Laser: Wiggler Tapering and Compton Regime Operation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 17: Free Electron Laser: Wiggler Tapering and Compton Regime Operation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 18: Weibel Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 18: Weibel Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 19: Rayleigh Taylor Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 19: Rayleigh Taylor Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 20: Single Particle Motion in Static Magnetic and Electric Fields

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 20: Single Particle Motion in Static Magnetic and Electric Fields

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 21: Plasma Physics Grad B and Curvature Drifts

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 21: Plasma Physics Grad B and Curvature Drifts

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 22: Adiabatic Invariance of Magnetic Moment and Mirror confinement

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 22: Adiabatic Invariance of Magnetic Moment and Mirror confinement

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 23: Mirror machine

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 23: Mirror machine

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 24: Thermonuclear fusion

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 24: Thermonuclear fusion

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 25: Tokamak

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 25: Tokamak

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 26: Tokamak operation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 26: Tokamak operation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 27: Auxiliary heating and current drive in tokamak

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 27: Auxiliary heating and current drive in tokamak

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 28: Electromagnetic waves propagation in magnetise plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 28: Electromagnetic waves propagation in magnetise plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 29:Longitudinal electromagnetic wave propagation cutoffs, resonances, faraday rotation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 29:Longitudinal electromagnetic wave propagation cutoffs, resonances, faraday rotation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 30: Electromagnetic propagation at oblique angles to magnetic field in a plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 30: Electromagnetic propagation at oblique angles to magnetic field in a plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 31: Low frequency EM waves magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 31: Low frequency EM waves magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 32: Electrostatic waves in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 32: Electrostatic waves in magnetized plasma

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