Answer:
a; circuit-switched network.
b; No, it does not need congestion control.
Explanation:
For A;
A circuit-switched network is a better option for this application. This is because of the fact that the application is made up of long sessions with smooth data transfer capacity needs.
The transmission rate is known, and does not transmit in short intervals(short signals), every application session can have a bandwidth reserved without significant bandwidth wastage.
Also, the overhead expenses of setting up and tearing down connections are canceled out over the extensive period of running an application session.
For B;
If the packet-switched network is used, and traffic in the network comes from the said application. Even if every applications transmit one or more network connections. Still, we already know that every connection has enough transmission capacity to handle majority of the application data rates, no congestion(insignificant queuing) will happen.
This goes to say that no congestion control will be needed given such broad-based connection.
Answer:
1. Place your cursor in the General Provisions section towards the finish of the archive.
2. On the Page Layout tab, in the Paragraph gathering, tap the Paragraph Dialog Box Launcher and afterward tap the Line and Paragraph Breaks tab.
3. Select the Keep lines together checkbox and snap Ok.
Explanation:
In a short report or one that doesn't require a complex navigational structure, you can without much of a stretch configuration words and sections so key focuses emerge and the structure of your record is clear. You can accomplish sensational by applying predefined Word Art content impacts. To keep the presence of reports and other Microsoft Office records steady, you can organize archive components by applying predefined sets of designing called styles. Moreover, you can change the textual styles, hues, and impacts all through a record with a single tick by applying a subject.
Answer:
Never heard of that lol
Answer:
This is a python program that counts the number of divisors of a given number and calculates the sum of the divisors.
Explanation:
The first line defines a function "sum_divisors" with an argument "n". The square root of the argument is converted to integer and assigned to the variable "x", then a for loop is used to iterate through the range 2 to the calculated nth number of divisors in the argument.The return keyword returns the sum value.
The function is called with several arguments and printed with the print function.
