CALCULUS II SECTION 2 SPRING 2020 UPDATE PAGE

SITARAMAN


Here you will see information on what was covered in class, upcoming quizzes, and solutions to exams
CHECK HERE EVERYDAY !

SCROLL DOWN BELOW TO SEE SOLUTIONS OF TESTS AND QUIZZES FROM THIS COURSE

COURSE PAGE WITH GENERAL INFORMATION (GRADING, ETC)

Tentative schedule of daily topics (SYLLABUS)

Will try to stick to this schedule as much as possible.

TESTS AND QUIZZES FROM SPRING 2018 CALCULUS 2

TESTS AND QUIZZES FROM FALL 2019 CALCULUS I FOR REVIEW

OLD FINAL EXAMS

FOR SOLUTIONS FOR OLD TESTS from Fall 2013, FALL 2010, SPRING 2009 ETC.,  go to OLD COURSES.
Click on the desired course, then click on UPDATE.



TUTORIAL LAB everyday 9am-6pm in ASB-B room 109

EXAMS WILL BE ANNOUNCED BELOW
ROOM CHANGE (1/22/20): WE MEET EVERYDAY IN 213 OF ASB-B (NEAR MY OFFICE AND MATH OFFICE)




TEST I ON JAN 31. REVIEW IN CLASS ON JAN 30.

PLEASE STUDY CLASS NOTES, PRACTICE PROBLEMS, QUIZ SOLUTIONS AND THE FOLLOWING OLD PROBLEMS:
PLEASE TRY PROBLEMS FIRST BY YOURSELF BEFORE LOOKING AT SOLUTIONS.

Spring 2018 TEST I (ONLY PROBLEMS 1,2, and 3)

TEST I SOLUTIONS ONLY PROBLEMS 1,2 and 3)

Problems 1,2,3,6,7 in Fall 2013 test 1
Problems 1,2,3,6,7 in Fall 2010 Test I.

Monday, 1/27/2020
Today we discussed how to calculate the work done by a spring using integration.
Please read Notes from today on Work.

Please try the following problems from 6.4 for practice:
3,6,7,9.

The solutions for the practice review test are in yesterday's notes -- below.


Friday, 1/24/2020
Today we did another example on how to find the volume of a solid of revolution using cylindrical shells integration.
Please read (REFRESH BROWSER!) Notes from today on cylindrical shells.

Please try the following problems from 6.3 for practice:
1,3,5,11,13,15,17,47,48.

Thursday, 1/23/2020
Today we discussed how to find the volume of a solid of revolution using cylindrical shells integration.
Please read Notes from today on cylindrical shells.

Please try the following problems from 6.3 for practice:
1,3,5,11,13,15,17,47,48.
Please read Updated Notes of 6.2 (volumes of pyramids, cones, etc., using disks and washers)(REFRESH BROWSER!).


Wednesday, 1/21/2020
Today we discussed how to find the volume of a solid of revolution using integration.
Please read Updated Notes from today (REFRESH BROWSER!).

Please try the following problems from 6.2 for practice:
1,3,5,7,9.

Friday, 1/17/2020
Today we discussed how to find the volume of a frustum of pyramid and cone using integration.
Please read Updated Notes from today (REFRESH BROWSER!).

Please try the following problems from 6.2 for practice:
54, 60.

Thursday, 1/16/2020
Today we discussed an example from business using area between curve using integration, and started on finding volumes using integration.
We saw how to find the volume of a pyramid with square base using integration.
Please read Notes from today.

Please try the following problems from 6.2 for practice:
47,48,50,51.

Wednesday, 1/15/2020
Today we discussed area between curve using integration, section 6.1.
Please read Notes from today.

Please try the following problems from 6.1 for practice:
1,3,6,9, 13, 27, 29,49,53.

Monday, 1/13/2020
Today we discussed some basic concepts of calculus, from Calculus I.
Please read Notes from today.
Also please go over the Powerpoint on basics of Integration (Finding volume, area, etc.,).

Please do the Calculus review problems by friday the 17th.
Please go over your answers with me by same date to get extra credit.


Wednesday, 1/8/2020
In the first week we will discuss basic concepts of calculus, from Calculus I, area under curves, and a bit of history: how Egyptians may have figured out a formula for volume of frustum of a pyramid.

Please do the Calculus review problems by friday the 19th.
Please go over your answers with me by same date to get extra credit.

If you need to review Calculus I material, here are the TESTS AND QUIZZES FROM FALL 2019 CALCULUS I

Please read this paper, if you are interested, about the ancient Egyptian papyrus discussion of the "Rule of Double False Position."
This can be thought of as a rudimentary form of Newton's method of approximating solutions using tangent and secant lines.
Also read about how Egyptians may have figured out a formula for volume of frustum of a pyramid.