This is the formula chart I will send to your proctors. You may need to remind them to give to you:

Formula Chart (provided for Test 1, 2, and 3)

Table of Integrals Formula Chart (will only be provided for Test 2)

Study TIPS and test strategies:

Go over each of your powerpoint notes.
Complete the test review in MyLab (the test review should adequately prepare you for the test as the test will have very similar questions from the test review; however, try working the test review WITHOUT ANY NOTES or other help so that you are adequately prepared for the test.)
If you are needing additional help on specific questions, look for those questions in the Study Plan in MyLab. For example, suppose you need more help on finding the limit of functions defined by graphs from Section 2.2. Go to MyLab and Mastering, Study Plan tab, Progress, click on Section 2.2, then click on "Find the limit of functions defined by graphs" Practice. You can try a questions there along with View an Example or Help me Solve this and then try on your own repeatedly by clicking on the forward arrow and then going back to that question so that reloads the questions with different numerical values. Practice makes perfect!!
Get a good night's rest before your test and a good breakfast the morning of. Arrive early and work on your breathing!!
"One important key to success is self-confidence. An important key to self-confidence is preparation." --Arthur Ashe

For Unit 2 and 3 Test, you must know that:

$LaTeX: \lim_{x\longrightarrow\infty}\tan^{-1}x=\frac{\pi}{2}$ (From Sec 8.8 Improper Integrals)

The integral $LaTeX: \int_1^{\infty}\frac{1}{x^p}dx$ converges to $LaTeX: \frac{1}{p-1}$ for LaTeX: p>1 . Otherwise (for $LaTeX: p\le$ 1), the integral diverges.