Answer:
Option A: It includes letters and numbers.
Explanation:
ASCII is the abbreviation of American Standard Code for Information Interchange. This is a character encoding standard to represent letters (upper case and lower case), numbers and special characters (e.g. & and %). This is an encoding standard which is recognized by all computers that enable the exchange of information between different computers become possible.
For example, an uppercase A is represented as number 65 in ASCII code.
The <u>OSI model</u> describes how data actually moves from an application on one computer to an application on another networked computer.
<h3>What is the OSI model?</h3>
OSI model is an acronym for open systems interconnection and it comprises seven (7) main layers, which typically starts from the hardware layers (layers in hardware systems) to the software layers (layers in software systems)
<h3>The layers of the OSI model.</h3>
Basically, there are seven (7) layers in the open systems interconnection (OSI) model and these include the following in sequential order;
In this context, we can infer and logically deduce that the <u>OSI model</u> is typically used to describe and illustrate how data moves from a software application on one computer to a software application located on another networked computer.
Read more on OSI model here: brainly.com/question/26177113
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Answer:
The output is 28
Explanation:
Required
Determine the output of the code segment
The first line initializes "answer" to 0
The next two lines iterate through lists [2,4] and [3,5
Each of these lists have two elements; So, the number of iterations is 2 * 2 i.e. 4.
In the first iteration
numA = 2, numB = 3, answer = 0
So:

In the second iteration
numA = 2, numB = 5, answer = 5
So:

In the third iteration
numA = 4, numB = 3, answer = 12
So:

In the fourth iteration
numA = 4, numB = 5, answer = 19
So:

Lastly, the value of "answer" is printed
<em>Hence, the output is 28</em>
I would say A because the SETI Institute said, "Philip Morrison and Guiseppe Cocconi analyzed how two civilizations separated by many light years of space might use electromagnetic radiation to communicate.
Electromagnetic radiation is the general term for the more familiar light and radio waves."
So there you go!