Calculus II

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1. Lower Sum. "Lower Sum". From MathWorld-A Wolfram Web Resource. Contributed by: Weisstein, Eric W. (URL)

2. Upper Sum. "Upper Sum". From MathWorld-A Wolfram Web Resource. Contributed by: Weisstein, Eric W. (URL)

3. Riemann sum 1. "Integration by Riemann Sums". From The Wolfram Demonstrations Project. Contributed by: Jiwon Hwang. (URL)

4. Riemann sum 2. "Riemann Sums". From The Wolfram Demonstrations Project. Contributed by: Ed Pegg Jr. (URL)

5. Continuous->integrable. "Continuous Functions Are Integrable". From The Wolfram Demonstrations Project. Contributed by: Izidor Hafner. Based on a program by: Ed Pegg Jr. (URL)

6. Property of integration. "A Basic Property of Integrals". From The Wolfram Demonstrations Project.Contributed by: Paul Rosemond. (URL)

7. FTC. "The Fundamental Theorem of Calculus" . From The Wolfram Demonstrations Project. Contributed by: Chris Boucher. (URL)

8. MVT. "Integral Mean Value Theorem". From The Wolfram Demonstrations Project.Contributed by: Chris Boucher. (URL)

9. MVT 2. "Two Integral Mean Value Theorems". From The Wolfram Demonstrations Project. Contributed by: Soledad María Sáez Martínez and Félix Martínez de la Rosa. (URL)

10. Disk. "The Disk Method". From The Wolfram Demonstrations Project.Contributed by: Lyle Cochran. (URL)

11. Revolution. "Volumes of Revolution Using Cylindrical Shells". From The Wolfram Demonstrations Project. Contributed by: Stephen Wilkerson (Towson University). (URL)

12. Improper. "Improper Integrals". From The Wolfram Demonstrations Project.Contributed by: Bruce Atwood.

13. 3d Graph. "Graph and Contour Plots of Functions of Two Variables". From The Wolfram Demonstrations Project. Contributed by: Ana Moura Santos and João Pedro Pargana. (URL)

14. Double integral. "Double Integral for Volume". From The Wolfram Demonstrations Project. Contributed by: Anton Antonov. Based on a program by: Abby Brown (Torrey Pines High School, San Diego, CA). (URL)

15. Two Cylinders. "Intersection of Two Cylinders". From The Wolfram Demonstrations Project. Contributed by: Eric Schulz. (URL)

16. Marsden-Tromba. "Vector Calculus".  W.H.Freeman & Co.