Answer:
The algorithm:
Input days
sum = 0
for i = 1 to 
input text
sum = sum + text
end for
average = sum/days
print average
The program in pascal:
var days, sum, text, i:integer;
var average : real;
Begin
write ('Days: '); readln(days);
sum:=0;
for i := 1 to do 
write ('Text: '); readln(text);
sum:=sum+text;
end;
average := (sum/days);
writeln ('The average text is' , average);
End.
Explanation:
This declares all variables
var days, sum, text, i:integer;
var average : real;
This begins the program
Begin
This gets the number of days from the user
write ('Days: '); readln(days);
Initialize sum to 0
sum:=0;
This iterates through the days
for i := 1 to do begin
This gets the text for each day
write ('Text: '); readln(text);
This sums up the texts
sum:=sum+text;
End loop
end;
Calculate average
average := (sum/days);
Print average
writeln ('The average text is' , average);
End program
End.
D, I think. I may be wrong. Someone comment and tell me
Answer:
The correct answer to the following question will be "The capacity to work without reference to the data that would be contained in each bundle".
Explanation:
- The Layer network governs the activity of the subnet. The main objective of this layer would be to transport data over multiple links from source to destination. When two computers are linked to the same cable, see no need for the network layer.
- The role of this layer protocols defines the configuration and handling of packets used to transfer information from one to another host.
- The main purpose of this layer is to allow multiple channels to be intertwined. This is achieved by sending packets to network adapters that depend on algorithms to identify the best directions for the information to move. Such routes are referred to as computer circuits.
Therefore, it would be the right answer.
I think it is the model ET-2. Not quite sure.
Answer:
Broadcast message
Explanation:
The network models like OSI and TCP/IP suites have standard layers and protocols that governs the communication of end devices in a network.
The TCP/IP suite model has four layers which are application, transport, internet and network access layers. The network access does the work of both the data-link and physical layer of the OSI model.
When the packet is encapsulated in a data-link header and trailer, and needs to be sent to another unknown host, a broadcast message is sent to all the computers in the network to retrieve the remote host address for a unicast transmission to take place.
