Models are representations of processes or structures that aid us in picturing or explaining the structure or activity of an issue. Models may help us visualize or explain the structure or activity in question. In process models, the boxes stand for the various processes, and the arrows illustrate how the processes are related to one another and how they flow into one another.
This will be discussed in further detail below.
<h3>What exactly is "
the process model?</h3>
There are many different applications for the word "process model." For instance, the enterprise process is often referred to as the company process model when it comes to modeling business processes.
To summarize, Models let us see or describe processes or structures.
"Process model" refers to a model that depicts how a process works, whereas "structural model" describes mental structures participating in particular processes.
Boxes indicate distinct processes, while arrows demonstrate how they're related.
You may learn more about the process model
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<h2>B: the amount of moisture in the Earth’s atmosphere. </h2>
As by definition humidity is the concentration of water vapours in the air. So the best answer is B.
Answer:June will think the temperature in the laboratory was colder than Steve.
Explanation:The embodiment cognition theory suggests that the we make use of our own bodily experiences and processes to explain our emotional experience or processes.
JUNE WILL THINK THE TEMPERATURE OF THE LAB WAS COLDER THAN THAT OF THE BODY OF STEVE DUE TO THE WAY THE PROCESSES AND EXPERIENCE JUNE OBSERVES IN STEVE AS SHE ENTERS THE LAB.
the experimental ignored June because she does not have any processes or experiences taking place within her to suggest she needs special attention.
Answer:
2,640 meters
Explanation:
The problem above is looking for the distance travelled by a bus; thus, we have to get the formula of distance first.
If Speed (s) = 
, then, Distance = Speed/Velocity x Time
Let's convert<em> 2 hours to seconds first.</em>
2 hours x 
= 120 seconds
Now, we can solve for the distance.
Distance = Velocity x Time
Distance = 22 
x 120 seconds
Distance = 2,640 meters <em>(this is the distance travelled by a bus in 2 hours)</em>
