Work your way through Calc 2 with crystal clear explanations and tons of practice
Calculus II Workbook For Dummies is a hands-on guide to help you practice your way to a greater understanding of Calculus II. You'll get tons of chances to work on intermediate calculus topics such as substitution, integration techniques and when to use them, approximate integration, and improper integrals. This book is packed with practical examples, plenty of practice problems, and access to online quizzes so you'll be ready when it's test time. Plus, every practice problem in the book and online has a complete, step-by-step answer explanation. Great as a supplement to your textbook or a refresher before taking a standardized test like the MCAT, this Dummies workbook has what you need to succeed in this notoriously difficult subject.
- Review important concepts from Calculus I and pre-calculus
- Work through practical examples for integration, differentiation, and beyond
- Test your knowledge with practice problems and online quizzes-and follow along with step-by-step solutions
- Get the best grade you can on your Calculus II exam
Calculus II Workbook For Dummies is an essential resource for students, alone or in tandem with Calculus II For Dummies.
Calc 2 is no match for you-and this workbook
Calculus II Workbook For Dummies is full of explanations, examples, and practice problems to help you build and retain your Calculus II knowledge. Review calculus and pre-calculus, master indefinite integrals, explore infinite series, and more. This resource will help you get the grade you need in your Calculus II class, or on standardized tests such as the MCAT. Perfect on its own or as a supplement to your course textbook, this workbook will turn you into a Calc 2 wizard in no time.
Inside? - Review of Pre-Calculus and Calculus I
- Solving area problems using Riemann sums
- Trapezoid rule and Simpson's rule
- Integrating with u-sub, integration by parts, trig sub, and partial fractions
- Finding the area between curves
- Volume and surface area of revolution
- Convergent and divergent infinite series
