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Match each type of computer with its definition.
workstation
supercomputer
personal computer
mainframe
server
a. computer with more computing capacity than a workstation but less than a supercomputer; typically used with terminals
b. the most expensive type of computer because it utilizes a grid of processors and memory to be able to perform calculations faster than any other type of computer
c. relatively inexpensive computer typically intended for a single user
d. is much like a personal computer except that it is more powerful and faster processor and is intended for multiple users
e. its primary function is to provide services to other computers over a network
Answer
You've got to be kidding me. All this info is a few clicks away on Wikipedia. (Sigh)
personal computer a. computer with more computing capacity than a workstation but less than a supercomputer; typically used with terminals
mainframe-b. the most expensive type of computer because it utilizes a grid of processors and memory to be able to perform calculations faster than any other type of computer
workstation-c. relatively inexpensive computer typically intended for a single user
supercomputer d. is much like a personal computer except that it is more powerful and faster processor and is intended for multiple users
server e. its primary function is to provide services to other computers over a network
You've got to be kidding me. All this info is a few clicks away on Wikipedia. (Sigh)
personal computer a. computer with more computing capacity than a workstation but less than a supercomputer; typically used with terminals
mainframe-b. the most expensive type of computer because it utilizes a grid of processors and memory to be able to perform calculations faster than any other type of computer
workstation-c. relatively inexpensive computer typically intended for a single user
supercomputer d. is much like a personal computer except that it is more powerful and faster processor and is intended for multiple users
server e. its primary function is to provide services to other computers over a network
How is ap computer science?
anaghtellu
I took a year long intro class to java programming this year and thinking about taking ap computer science net year
I know
Arrays
Loops(for while do wile )
If else if else
Simple data structures (int,boolean,char double )
And graphics
And OBECTS
WE LEARNED HOW TO MAKE OBJECTS
LIKE THE STUDENT CLASS
IT HOLDS INFO THEN WE PRNT IT
What do we learn in ap computer science
Thanks
Answer
That's pretty much the basics of AP Computer Science, so you should be good to go. AP CS will delve into more of the theory behind object-oriented programming, general software design, data structures, and best coding practices.
From the AP Computer Science A (AP Computer Science AB is discontinued) course description (from CollegeBoard), the basic outline is:
1. Object-oriented programming (program design, class design)
2. Program implementation (techniques, programming constructs, Java library classes)
3. Program analysis (testing, debugging, understanding/modifying existing code, inheritance, error handling, program reasoning, algorithm analysis, numerical representations)
4. Data structures (simple data types, classes, lists, arrays)
5. Standard algorithms (data structure operations, searching, sorting)
6. Computing in context (system reliability, privacy, legal issues, social issues)
That's pretty much the basics of AP Computer Science, so you should be good to go. AP CS will delve into more of the theory behind object-oriented programming, general software design, data structures, and best coding practices.
From the AP Computer Science A (AP Computer Science AB is discontinued) course description (from CollegeBoard), the basic outline is:
1. Object-oriented programming (program design, class design)
2. Program implementation (techniques, programming constructs, Java library classes)
3. Program analysis (testing, debugging, understanding/modifying existing code, inheritance, error handling, program reasoning, algorithm analysis, numerical representations)
4. Data structures (simple data types, classes, lists, arrays)
5. Standard algorithms (data structure operations, searching, sorting)
6. Computing in context (system reliability, privacy, legal issues, social issues)
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