Math 126 - Old Exam Archive
Before you use the archive below, please understand that the presentation and coverage of topics will be slightly different from quarter-to-quarter. In particular in the winter of 2018, there were quite a few changes that will take effect from that point moving forward (no more tangent lines for polar, binormal, normal plane, oscullating plane, average value and differentials). Your number one source for studying should always be the homework. Anything on the homework is fair game. If you see something in an old exam that covers a concept that was not covered in the homework, then you can safely skip that old exam problem (but ask me if you are unsure).In my old honors calculus courses, we cover the same material, but more in depth. Those exams require a stronger understanding of the material and a better ability to adapt. I suggest you ignore those exams and study the regular exams in this archive and in the departmental archives. Only look at the honors exams if you are wanting an extra challenge.
| EXAM 1 | SOLUTIONS | COMMENTS |
| Loveless Spring 2019 | Solutions | |
| Loveless Fall 2018 | Solutions | |
| Loveless Spring 2018 | Solutions | |
| Loveless Spring 2017 | Solutions | Problem 2(b) is from 10.3 (Polar) |
| Loveless Winter 2016 | Solutions | Problem 3 is from 10.3 (Polar), Problem 4 is from 10.2 (skip) |
| Loveless Winter 2015 | Solutions | Problem 3 is from 10.3 (Polar) |
| Loveless Spring 2014 | Solutions | Problem 2(b) is from 10.3 (Polar) |
| Loveless Fall 2013 | Solutions | Problem 3(b) is from 10.3 (Polar) |
| Loveless Spring 2013 | Solutions | Problem 3 is from 10.3 (Polar), Problem 4(a) is from 10.2 (skip) |
| Loveless Spring 2013 (Honors) | Solutions | Problem 3 is from 10.3 (Polar) |
| Loveless Spring 2012 (Honors) | Solutions | Problem 4 is from 10.3 (Polar) |
| Loveless Spring 2011 (Honors) | Solutions | Problem 2 is from 10.2 (skip), Problem 3 is from 10.3 (Polar) |
| Loveless Spring 2011 | Solutions | Problem 4 is from 10.3 (Polar) |
| Conroy Fall 2010 | Solutions | Problem 5 is from 10.3 (Polar) |
| Taggart Fall 2009 | Solutions | Problem 4 is from 10.3 (Polar) |
| Bekyel Spring 2009 | Solutions | The answer to 3c has a typo, it is missing a square root in the denominator of the formula. The answer should be 4/sqrt(18). |
| Perkins Winter 2009 | Solutions | Problem 1 is from 10.3 (Polar) |
| Loveless Spring 2010 | Solutions | Problem 3 is from 10.3 Polar, Problem 5(b) is from 10.2 (skip) |
| EXAM 2 | SOLUTIONS | COMMENTS | Loveless Spring 2019 | Solutions |
| Loveless Fall 2018 | Solutions | |
| Loveless Spring 2018 | Solutions | |
| Loveless Spring 2017 | Solutions | Ignore 2(b) Differentials and 1(a)(ii) Binormal |
| Loveless Winter 2016 | Solutions | |
| Loveless Winter 2015 | Solutions | Skip 1(c) Binormal |
| Loveless Spring 2014 | Solutions | In 3, average value is the double integral of T(x,y) divided by the area. |
| Loveless Fall 2013 | Solutions | Skip 1(b)(i) Total Differential. You can still do 1(b)(ii) by instead finding the linear approximation (i.e. tangent plane) |
| Loveless Spring 2013 | Solutions | |
| Loveless Spring 2013 (Honors) | Solutions | |
| Loveless Spring 2012 (Honors) | Solutions | |
| Loveless Spring 2011 (Honors) | Solutions | |
| Loveless Spring 2011 | Solutions | |
| Compilation of Exam 2 Problems | Solutions | |
| Taggart Fall 2009 | Solutions | Skip 1(b) Normal Plane |
| Perkins Winter 2009 | Solutions | |
| Loveless Spring 2010 | Solutions | Skip 1(b) Normal Plane |
| FINAL EXAM along with extra Taylor Series Questions | SOLUTIONS | COMMENTS |
| Fall 2007 Final | Solutions | |
| Spring 2007 Final | Solutions | |
| Winter 2007 Final | Solutions | |
| Loveless Winter 2007 Exam 1 | Solutions included | |
| Loveless Winter 2007 Exam 2 | Solutions included | |
| Winter 2006 Conroy Exam 1 | Solutions | |
| Sprign 2006 Conroy Exam 1 | Solutions | |
| Pevtsova Practice Problems for Taylor Series | Pevtsova Practice Problems for Taylor Series | Ignore the comments at the beginning |
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