Answer: c. upgrade
Explanation:
The build, acquire and implement is the domain that basically covers the identification and detection of the requirements of the information technology and ensures the acquirement of the technology.
The IT is required to be upgraded that is to avoid the disruption of the services being added necessary for the processing of business oriented data.
Answer:
C. worker productivity is governed by scientific law
Explanation:
The creator of scientific management believed that worker productivity is governed by scientific law. In Taylor's scientific management theory, he believed that there were universal laws which governed efficiency and that these laws were independent of human judgment. The goal of Scientific Management was to find this “one best way” of doing things as efficiently as possible.
This could be an
example of "a personal fable". The term was invented in 1967 by David Elkind who was a psychologist. Personal fable is the result to the nonexistent or imaginary
audience. Considering himself or herself as the focal point of attention, the
juvenile comes to trust that it is on the basis that he or she is exceptional
and novel.
Voltin a combination circuit, to identify which paths are series and which paths are parallel, you should <u>trace the path.</u>
<u></u>
<u></u>
<u></u>
A combinational logic circuit is a memoryless digital logic circuit whose output at any given time depends only on the combination of its inputs. advertisement. It provides a form of memory, unlike sequential logic circuits where the output depends on both the current input and the previous output state.
The practical design of combinatorial logic systems must consider the finite time required for real logic elements to respond to changes in their inputs. If the output is the result of combining different paths and a different number of switching elements, the output may temporarily change state before settling to a final state as the changes propagate along the different paths.
Combinational logic is used to build circuits that produce specific outputs from specific inputs. Building combinatorial logic is usually done using one of two methods: multiply-accumulate or sum-multiply.
Learn more about Combinational logic here: brainly.com/question/10903905
#SPJ4