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Sixties - Uncut

Great Book, Great Open Source SoftwareWebmin is a great web based interface that can handle clustering, updates across all servers handles by Webmin and many many other things
Joe does a great job getting into the details of Webmin and the basics of everyday system administration as is relates to the use of Webmin
As a experinced Linux System Admin I found many tips for the use of Webmin that have made my life as an Admin much easier
My hats off to Joe for such a great book and Jamie for a fantastic piece of Open Source Software


Food for body and spirit

Breathtaking and empowering

A Flute at Rainbow LakeI would give The Buddy Trap five stars. Each chapter adds more danger, complication, and dishonesty to the game of stealing and betrayal.


A BOOK THAT IS WORTH THE MONEY!

The author saysThe intent is that the reader really understand the ideas behind the formulas. Here is a sample from an early chapter explaining the idea "area grows as the square of linear dimensions." It includes an explanation using simple language of some very technical math from calculus (convergence of Riemann sums).
The area of a rectangle is width times height. If we make the rectangle 3 times bigger, then BOTH the width AND the height are 3 times larger. What happens to the area? Well, since area is width times height, the area is multiplied by 3 when we make the width 3 times bigger. Then the area is multiplied by another 3 when we make the height 3 times bigger. Thus, the area has been multiplied by 3 TWICE; that is, the area has been multiplied by 3 squared = 9.
If we make a rectangle 5 times bigger, the area is multiplied by 5 squared = 25. This is a general fact: if we make the rectangle x times larger (which means that both width and height are made x times bigger), then the area is multiplied by x squared.
So much for rectangles. But what about other shapes?. Well, they all work the same way. It does not matter if the shape is circle or a moth. If we enlarge any shape by a factor of x the area is multiplied by x squared. We can see this as follows: whatever the shape is, imagine drawing lots of rectangles inside it. Fill it with little rectangles. We won't quite succeed with something like a circle because it is round and can't be filled exactly with rectangles. But, never mind. We can get very close. We can use so many rectangles and make then so small that very little of the shape is not covered by one of the rectangles. Then the total area of all the rectangles will be so close to the area of the shape that no one would care about the difference. Now make everything three times bigger; that is, enlarge the shape and all the tiny rectangles inside it. What is the area of the big new circle? Well, it is almost exactly equal to the total area in all the enlarged rectangles. Now we know that when we make rectangles three times larger, their area is multiplied by 9. So the big rectangles in the big shape have 9 times the area of the small rectangles in the small shape. So the area of the big shape is 9 times the area of the small shape. We have discovered that for any shape, if we increase the linear dimensions by multiplying by a factor of x then the area is multiplied by x squared. .......... The following essay shows how simple mathematical considerations of length, area and volume can be used to explain many things in biology. The same reasoning also explains many things in engineering, astronomy, and architecture to name but a few. The basic point is "you can't just take something that works, make it a lot bigger (or smaller) and expect it to still work." The reason is that length, area and volume grow at different rates.


Atmospheric journey through the Golden State

Well witten book I highly recommend it, for" voice coaching"DR. Cooper shows you how to develop your natural, dynamic voice-a voice that will influence others and enhance your self-image. Many who rely on their livelihood have successfully used DR. Cooper's revolutionary series of exercises: Henry Fonda, Joan Rivers, Kirk Douglas, Anne Bancroft, Jerome Hines, O.J.Simpson, Diahann Carroll, Dennis Weaver, and many others.
Until know, communication's most important tool- the voice-has been studied primarily by actors, singers, and public speakers. Change your voice, change your life offers every one the opportunity to have a star-quality voice. This reviewed is from the paperback edition.


Highly recommended...