Respuesta :
Answer: c. Depending on context the same sequence of bits may represent different types of information.
Explanation:
The options for the question are:
A. Computing devices use patterns of bits to represent complex information
B. Abstraction helps represent complex information by surfacing complexity that might otherwise be hidden
C. Depending on context the same sequence of bits may represent different types of information
D. Common abstractions that are represented by computing devices include numbers, characters, and color.
The following are true of how computers represent complex information:
• Computing devices use patterns of bits to represent complex information
• helps represent complex information by surfacing complexity that might otherwise be hidden
• Common abstractions that are represented by computing devices include numbers, characters, and color.
Therefore, the option that is not true of how computers represent complex information is that "depending on context the same sequence of bits may represent different types of information".
It is not true that abstraction helps represent complex information by surfacing complexity that might otherwise be hidden.
The term abstraction is used very often in computer science and describes the separation between concept and implementation. Structures are defined by their meaning, while the detailed information about the functionality remains hidden.
Abstraction aims to ignore the details of the implementation and to derive a general scheme for solving the problem. A computer program can thus have different levels of abstraction, with a different level of information content being disclosed to the programmer on each level.
A low level abstraction includes details about the hardware on which the program is running. Higher levels of abstraction, on the other hand, deal with the business logic of the software.
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