By David Bachman

**Your quintessential device for studying complicated CALCULUS**

Interested in going additional in calculus yet donAnd#39;t the place to start? No challenge! With *Advanced Calculus Demystified*, thereAnd#39;s no restrict to how a lot you'll examine.

Beginning with an summary of capabilities of a number of variables and their graphs, this e-book covers the basics, with out spending an excessive amount of time on rigorous proofs. then you definitely will go through extra advanced subject matters together with partial derivatives, a number of integrals, parameterizations, vectors, and gradients, so youAnd#39;ll be capable to resolve tricky issues of ease. And, you could try out your self on the finish of each bankruptcy for calculated facts that youAnd#39;re studying this topic, that's the gateway to many fascinating parts of arithmetic, technology, and engineering.

This quick and straightforward advisor offers:

* a variety of specific examples to demonstrate easy concepts

* Geometric interpretations of vector operations corresponding to div, grad, and curl

* insurance of key integration theorems together with GreenAnd#39;s, StokesAnd#39;, and GaussAnd#39;

* Quizzes on the finish of every bankruptcy to augment learning

* A time-saving method of acting higher on an examination or at work

Simple sufficient for a newbie, yet difficult sufficient for a extra complicated scholar, *Advanced Calculus Demystified* is one e-book you wonAnd#39;t are looking to functionality without!

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**Read or Download Advanced Calculus Demystified: A Self Teaching Guide PDF**

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**Extra info for Advanced Calculus Demystified: A Self Teaching Guide**

**Sample text**

This is because as x approaches 0 from the right the values of the function f (x) approach 1, while the values of f (x) approach −1 as x approaches 0 from the left. The deﬁnition of limit for functions of multiple variables is very similar. We say lim (x,y)→(a,b) f (x, y) = L if you can make f (x, y) stay as close to L as you like by restricting (x, y) to be close enough to (a, b). Again, just how close “close enough” is depends on how close you want f (x, y) to be to L. Once again, the most useful way to think about this deﬁnition is to think of the values of f (x, y) as getting closer and closer to L as the point (x, y) gets closer and closer to the point (a, b).

Xy Problem 20 For the function f (x, y) = −x + x y 2 − y 2 ﬁnd all places where both ∂f and ∂∂ yf are zero. 1 COMPOSITION WITH PARAMETERIZED CURVES Suppose we have a parameterized curve φ(t) = (x(t), y(t)) in the plane. That is, for a given value of t we are given the numbers x(t) and y(t), which we visualize as a point in the plane. We can also take these two numbers and plug them in to CHAPTER 3 Derivatives 27 a function f (x, y). The result is the composition f (φ(t)). Notice that only one number goes in to this function, and only one number comes out.

3. 4. Division by zero. Square roots of negatives. Logs of nonpositive numbers. Tangents of odd multiples of π2 . In each of these situations the function does not even exist, in which case it is certainly not continuous. But even if the function exists it may not have a limit. And even if the function exists, and the limits exist, they may not be equal. EXAMPLE 2-4 Suppose f (x, y) = x+y x 2 + y2 There is no zero in the denominator when (x, y) = (1, 1), so f (x, y) is continuous at (1, 1). EXAMPLE 2-5 Evaluate lim (x,y)→(0,0) x 2 y3 x 2 + y2 + 1 There are no values of x and y that will make the denominator 0, so the function is continuous everywhere.