Answer:
see below
Explanation:
The program of interest is the function "findMode[x, n]" in the attached. It is written the Wolfram Language of Mathematica.
The basic idea is that the data in the array is sorted. The sorted array is partitioned into sets of identical elements, and the number in each of those sets is counted. The maximum of those counts is the mode. The location of the maximum count corresponds to the location of the set having that count. We use that location information to pull out the mode value(s).
If there is more than one mode, all are reported.
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An example data array is provided, along with the program output.
Answer:
In the given question the correct option is missing, which can be described as follows:
"It transforms binary, null variables into the groups."
Explanation:
These variables are real variables, which could also take up a series of variables, that are either constrained or defined. This can be regarded as a listing. It is used to analyze and convert it, into binary in the following ways, and wrong choices can be described as follows:
- In option a, It can't combine, it only converts.
- Option b and Option c is wrong because, it can't convert numeric, it only convert binary number to dummy variables.
Answer: Transport layer
Explanation: The Transmission Control Protocol / Internet Protocol both combine to aid aod transmission of data through the internet. While the Transmission control protocol handles the establishment and Maintainace of network connection through applications , the Internet Protocol handles how the established data is being sent. The Transmission Control Protocol is forms a part of the transport layer which aids in the data transmission m ensuring that data is sent to the correct source. The transport layer is able to avoid errors as it ensures that established c is nnectio is maintained until data exchange is complete.
