Basically, if you are in a field that uses math or science, you will absolutely encounter Calculus 2 in your course requirements. In university, Calculus 2 is a required course for several academic disciplines including most science and math related majors like Physics, Engineering, Computer Science, etc. Besides that, another prerequisite for this course can be either Business Calculus or AP Calculus AB too.Īfter StudyPug has helped you conquer Calculus 2, your follow-up course should be either Calculus 3 or Linear Algebra where our instructors will further build on the knowledgebase you've gained from taking this course. When anyone teaches Calculus 2, they will have to build on terms and formulas taught in Calculus 1. There's no real way around that as jumping into this course without a sound working knowledge of Calculus 1 is ill-advised. What comes after Calculus 2?įirstly, it is highly recommended that you go through all of Calculus 1 before taking this Calculus 2. If you're looking for Calculus 2 for dummies, we've got a smart solution that will turn you into a Calculus 2 master in no time. Luckily, our Calculus 2 course is designed in a way where the complicated subject is broken into manageable chunks where we take time to walk you through those intricate nuances to bolster your grasp of the topic. An easy Calculus 2 test can quickly turn into an impossible one when you start breaking down a nasty-looking integral that really only required a simple trig substitution. Compared to Calculus 1, it's relatively difficult to think of "real world application" that specifically depend on Calculus 2 concepts, and so there is a wide chasm between the material and students being able to relate to it. The perception of Calculus 2 being so difficult comes from the fact that a lot of students are actually surprisingly well prepared for Calculus 1 whereas this course often feels like a rude awakening. It can be a dizzying amount of mental work that can be overwhelming for a student. Sure, you're going to need to memorize all the fomulas, but you'll need to know the nuances of how the formulas operate, which in turn, helps you determine which Calculus 2 formula to use. The hardship in understanding Calculus 2 isn't necessarily from committing the numerous formulas to memory, but instead, it can be difficult for knowing when to employ those Calculus 2 formulas. Unless you are majoring in math, Calculus 2 will likely be the most difficult math course you will take thus far, mainly because it requires you to have a fair amount of maturity and creativity with math that you may not have needed up to this point.
When it comes to learning Calculus 2, you'll need to come in with a solid understanding of the fundamentals of Calculus I as you won't go far in this second course without knowing the ins-and-outs of limits, derivatives and applications of derivative. 6.4Arc length and surface area of parametric equations.6.2Tangent and concavity of parametric equations.6.1Defining curves with parametric equations.6Parametric Equations and Polar Coordinates.5.19Approximating functions with Taylor polynomials and error bounds.
#Calculus 2 for dummies series
5.17Functions expressed as power series.5.16Radius and interval of convergence with power series.5.6Convergence & divergence of telescoping series.5.5Convergence & divergence of geometric series.5.4Convergence and divergence of normal infinite series.4.3Applications to differential equations.4.1Introduction to differential equations.3.4Volumes of solids of revolution - Shell method.3.3Volumes of solids of revolution - Disc method.
3.2Volumes of solid with known cross-sections.2.5Integration of rational functions by partial fractions.2.3Integration using trigonometric identities.
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