By Alder.

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**Additional resources for An Introduction to Complex Analysis for Engineers**

**Example text**

The top edgeof the unit square, y = 1; 0 x 1, gets sent to a curve joining 0:5 0 which is left xed by the map as it lies on the unit circle. The 0:5 1 equation of the curve is given by u = x=(x2 + 1); v = 1=(x2 + 1) which can be written as p u = v 1=v 1 The right edge behaves similarly. The left edge is sent to the Y-axis for values greater than 1, the bottom edge to the X-axis with values from 1 to innity. 18 respectively. Note that the point density is greatest closest to the origin.

My reasons for this are starting to emerge already: the insight that you get into why things are the way they are will help solve some practical problems later. There are lots of books on the subject which you might feel better about consulting, particularly if my breezy style of writing leaves you cold. The recommended text for the course is [1], and it contains everything I shall do, and in much the same order. It also contains more, and because you are doing this course to prepare you to handle other applications I am leaving to your lecturers in Engineering, it is worth buying for that reason alone.

It isn't dicult, and it's a useful skill. 2. 7: After Squaring the Sector if we took a sector of the disk in the second quadrant instead of the rst? 5 Can you see what would happen to a sector in the rst seg- ment which had a radius from zero up to 2 instead of up to 1? 5? 1 Can you see what happens to the X-axis under the same function? The Y-axis? A coordinate grid of horizontal and vertical lines? 8. (If you are viewing this on the screen, the picture may be grottied up a bit. It looks OK at high enough resolution).

### An Introduction to Complex Analysis for Engineers by Alder.

by Brian

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