Lectures Mathematics - I - VideoAndMovie

Lecture 18 (Triple Integrals, Finding volume by double integrals)

48:58

Lecture 18 (Triple Integrals, Finding volume by double integrals)

Lecture 17 (Changing cartesian to polar, Triple integrals)

48:05

Lecture 17 (Changing cartesian to polar, Triple integrals)

Lecture 16 (Double Integrals in polar coordinates)

54:47

Lecture 16 (Double Integrals in polar coordinates)

Lecture 15 (Graphing in polar coordinates, part 2)

46:49

Lecture 15 (Graphing in polar coordinates, part 2)

Lecture 14 (Graphing in Polar coordinates)

47:57

Lecture 14 (Graphing in Polar coordinates)

Lecture 13 (Basics of Polar coordinates)

46:41

Lecture 13 (Basics of Polar coordinates)

Lecture 12 (Finding limits of integration of the double integral from region of integration)

50:47

Lecture 12 (Finding limits of integration of the double integral from region of integration)

Lecture 11 (Double integral of f(x, y) in cartesian coordinates over region in plane)

49:23

Lecture 11 (Double integral of f(x, y) in cartesian coordinates over region in plane)

Lecture 10 (Absolute Extreme values of f(x, y) over closed and bounded region)

45:11

Lecture 10 (Absolute Extreme values of f(x, y) over closed and bounded region)

Lecture 9 (Extreme values, saddle points continued, Absolute values over closed and bounded region)

44:43

Lecture 9 (Extreme values, saddle points continued, Absolute values over closed and bounded region)

Lecture 8 (Extreme values and saddle point of f(x, y))

46:51

Lecture 8 (Extreme values and saddle point of f(x, y))

Lecture 7 (Geometrical interpretation of the directional derivative)

27:53

Lecture 7 (Geometrical interpretation of the directional derivative)

Lecture 6 (Properties of Directional derivative)

48:50

Lecture 6 (Properties of Directional derivative)

Lecture 5 (Directional derivative)

39:52

Lecture 5 (Directional derivative)

Lecture 4 (Some more examples of chain rule and implicit differentiation)

45:49

Lecture 4 (Some more examples of chain rule and implicit differentiation)

Lecture 3 (Euler mixed derivative theorem, Chain Rule)

45:23

Lecture 3 (Euler mixed derivative theorem, Chain Rule)

Lecture 2 (Two path test & Partial Derivatives)

42:42

Lecture 2 (Two path test & Partial Derivatives)

Lecture 1 (Limit and continuity of f(x, y), Two path test for the non existence of the limit)

48:41

Lecture 1 (Limit and continuity of f(x, y), Two path test for the non existence of the limit)