Answer and Explanation:
Centralized : Central node in the system gets whole data about the system topology, about the traffic and about different hubs. This at that point transmits this data to the particular switches. The benefit of this is just a single hub is required to keep the data. The hindrance is that if the focal hub goes down the whole system is down, for example single purpose of disappointment.
Distributed: Distributed nodes gets data from its neighboring hubs and afterward takes the choice about what direction to send the parcel. The weakness is that if in the middle of the interim it gets data and sends the parcel something changes then the bundle might be deferred.
Example :
Link State takes Centralized approach
Distance Vector takes Decentralize approach
(A. Stevie only) because You need to go the illustrations tab in order to click on the chart button.
Jane clicked on images tab so she was wrong.
Mark as brainlest plz :)
Honestly gotta say cramming in an assignment doesnt help at all
I=B
II=C
III=E
IV=D
V=A
I have to write a bunch of extra things otherwise it won't let me post the answer lol.
The code segment that assigns value to the variable named timer is:
timer = 7.3
<h3>How to write the code</h3>
To assign a value to a variable, we make use of the following syntax:
variable = value
In this case;
The variable is timer and the value is 7.3
Hence, the required code segment is: timer = 7.3
Read more about code segments at:
brainly.com/question/18430675
