This video looks at Writing our surface integral as a double integral over the domain of our parameters.
- Author:
- Khan, Salman
This video looks at Writing our surface integral as a double integral over the domain of our parameters.
This video looks at starting to work on the line integral about the surface.
This video looks at Working on the integrals.
This video looks at the more manipulating the integrals.
This video looks at using Green's Theorem to complete the proof.
This video looks at Parametrizing a surface that can be explictly made a function of x and y.
This video looks at evaluating the surface integral.
This video looks at breaking apart a larger surface into its components.
This video looks at evaluating the surface integral over the outside of the chopped cylinder.
This video looks at Parametrizing the top surface.
This video looks at evaluating the third surface integral and coming to the final answer.
This video looks at Visualizing a suitable parameterization.
This video looks at Taking the cross product to calculate the surface differential in terms of the parameters.
This video looks at using a few trigonometric identities to finally calculate the value of the surface integral.
This video covers swapping the bounds for definite integral.
This 18-minute video lesson shows how to Approximate a function with a Taylor Polynomial.
This 6-minute video lesson looks at the Taylor Series at 0 (Maclaurin) for e to the x.
This video looks at Testing critical points for local extrema.
This 9-minute video lecture is part 4 of derivatives: introduction to the chain rule.
This 8-minute video lesson continues to cover the Calculus-Derivative: Finding the derivative of y=x^2.