Titlebook: An Introduction to the Commodore 64; Adventures in Progra Nevin B. Scrimshaw,James Vogel Book 1983 Springer Science+Business Media New York

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Overview: 978-1-4899-6789-3978-1-4899-6787-9

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漫不经心

https://doi.org/10.1007/978-3-642-64970-7of the first 1ØØØ odd numbers was? Probably not. But the ideas behind the solution to such a problem are central to many interesting programs. Let’s go ahead and see what we can do with the first 1ØØØ odd numbers.

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人类学家

,Die Erfindung des Schießpulvers,put. A single chip of silicon with thousands of electronic components—in this case called the 651Ø microprocessor—endows your microcomputer with its computing power; this tiny chip is the brain of the system.

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Die Betriebskontrolle in der Bleicherei,nto a logical sequence of steps, each expressed by a single statement in that language. If you are organized in your approach, you will be able to expand your programs and find errors (or .) easily. This chapter will introduce BASIC programming techniques that will not only be used later in this boo

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鸟笼

Zur Chemie des Befruchtungsvorganges,s even or odd. Now we pose the problem: how do we teach our 64 to figure for itself whether a given integer is even or odd? The key to this problem is to make the computer look for some property of the integer in question. In other words, if an integer satisfies one condition, it must be odd; if it

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https://doi.org/10.1007/978-3-642-91311-2Computers, like elephants, never forget. The computer keeps track of vast arrays of information. But unlike elephants, computers are very fast. They’re fast because the microprocessor is a real whiz at getting information in and out of memory.