<span>Processor, Main Memory, I/O Modules, System Bus</span>
Although chord diagrams can display a wealth of data, a reason why chord diagrams should be used with caution is because: A. Chord diagrams are particularly susceptible to fisheye distortion as you focus on certain data points.
<h3>What is data?</h3>
Data can be defined as a representation of factual instructions (information) in a formalized manner, especially as a series of binary digits (bits) that are used on computer systems in a company.
In this scenario, the essential features of a data which every department manager should list include the following:
<h3>What is a
chord diagram?</h3>
A chord diagram can be defined as a type of chart that is typically designed and developed to graphically represent or display the inter-relationships (many-to-many relationship) between data in a matrix, especially as curved arcs within a circle.
Although chord diagrams can display a wealth of data, a reason why chord diagrams should be used with caution is because they are particularly susceptible, vulnerable, or prone to fisheye distortion as the end user focus on certain data points.
Read more on data here: brainly.com/question/13179611
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Answer:
resistance = (R1 * R2) / (R1 + R2)
Explanation:
PYTHON doesn't recognize multiplication like this example >> 3(4)
This is why PYTHON uses this symbol (*)
The answer would be pseudocode.
<span>Pseudocode helps programs map out the logical pattern of how their program has to look. This means that by getting down the logical idea on how a program should look like, they will be able to implement this algorithm later on in the actual program. :)</span>
