A Balanced Introduction to Computer ScienceThis carefully written, balanced book teaches the most important concepts in computing and computer science while providing enough programming depth to enable understanding about how people work with computers. Taking advantage of today's interest in and familiarity with the Web, the book contains experimental problems using Web-based tools; enabling readers to learn the fundamentals of programming by developing their own interactive Web pages. Beginning with an introduction, overview, and the basics of computers, the book proceeds with comprehensive chapters on HTML and Web pages, the Internet, JavaScript and Web page creation, the history of computers, abstraction and user-defined functions, algorithms and programming languages, event-driven programming, conditional execution, data representation, conditional repetition, JavaScript strings, and transistors and integrated circuits. This book can serve as an excellent reference resource for those entering the computer job market: programmers, Web site and Web page designers, and technical support staff. |
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Page 206
... dice are rolled . To ensure that the counter is incremented after every dice roll , you should include the following assignment within the Roll function : document.DiceForm.numRolls.value = parseFloat ( document . DiceForm.numRolls ...
... dice are rolled . To ensure that the counter is incremented after every dice roll , you should include the following assignment within the Roll function : document.DiceForm.numRolls.value = parseFloat ( document . DiceForm.numRolls ...
Page 246
... Dice Examples Numerous exercises in this chapter demonstrated that some dice totals are more likely to occur than others . For example , if you rolled a pair of dice repeatedly , you would expect to obtain roughly six times more 7s than ...
... Dice Examples Numerous exercises in this chapter demonstrated that some dice totals are more likely to occur than others . For example , if you rolled a pair of dice repeatedly , you would expect to obtain roughly six times more 7s than ...
Page 315
... Dice Statistics Using an Array In Chapter 13 , you created a Web page that simulated repeated dice rolls and recorded the number of times that a specific total was obtained ( Exercise 13.7 ) . For example , this page allowed you to roll ...
... Dice Statistics Using an Array In Chapter 13 , you created a Web page that simulated repeated dice rolls and recorded the number of times that a specific total was obtained ( Exercise 13.7 ) . For example , this page allowed you to roll ...
Contents
Computer Basics | 1 |
HTML and Web Pages | 19 |
The Internet and the | 37 |
Copyright | |
19 other sections not shown
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algorithm array assigned Auto binary numbers binary search bit pattern Boolean browser Bus Address button Celsius character circuit circuitry components computer science contains control unit counter Dave Reed dice rolls display Edit View Favorites electrical enter errors evaluates to true example executed EXERCISE Favorites Tools Help Figure File Edit View function grade hardware input instructions integer integrated circuits JavaScript JavaScript code language loop test machine machine-language main memory memory location menu method microchip Microsoft Internet Explorer Netscape Navigator output perform Pig Latin prompt registers repCount represented result roll1 script type="text/javascript sequence simulator specified Stop Refresh Home stored string substring switch tags task text area text box transistors TRUE or FALSE user clicks vacuum tubes variable View Favorites Tools von Neumann architecture Web browser window wire word write statements