Answer:
The program to this question can be given as follows:
Program:
#include <stdio.h> //include header file for using basic function
int main() //defining main method
{
int strawsOnCamel=0; //defining integer variable and assign value
for(int i=1;i<=5;i++) //loop for increment integer variable value
{
//code
strawsOnCamel++; //increment value by 1
printf("%d\n", strawsOnCamel); //print value
}
return 0;
}
Output:
1
2
3
4
5
Explanation:
In the C language code above the header file is entered, and a whole variable strawsOnCamel is specified within the main method, which gives a value of 0.
- Then a for loop is defined inside a loop an integer variable i declared that starts from 1 and ends with 5.
- Inside a loop, the strawsOnCamel variable is used that increments its value by 1 and prints its value.
Answer:
The Answer to the question is given with proper step by step solution.
Given that : the round-trip-time (RTT in abbreviation) = 20ms = 0.02 micro seconds
L = 2000
Byte = 2000*8
bits = 16000 bits
R = 500Mbps = 500*106 bps
Now,calculate L/R = 16000 / 500*106
= 32 / 106
= 32 micro seconds
The Utilization (U) = fraction when the time sender is busy sending
= (L/R) / (L/R + RTT)
= (32) / (32 + 0.02)
= 32 / 32.02
= 0.99937539 seconds
= 999375.39 micro seconds
= 999375.4 (nearest tenth)
Explanation:
um I dont know what to put for the explanation so yea
Answer:
When Δ is set to large value, then a process's resident set is overestimated and this might prevent many processes from being scheduled even though their required pages are resident
Explanation:
When Δ is set to a small value, then the set of resident pages for a process might be underestimated, allowing a process to be scheduled even though all of its required pages are not resident.
This could result in a large number of page faults. When Δ is set to large value, then a process's resident set is overestimated and this might prevent many processes from being scheduled even though their required pages are resident.
Hoewever, once a process is scheduled, it is unlikely to generate page faults since its resident set has been overestimated.
Answer
5 bits
Explanation
A bit is the least or the smallest unit of data in a computer. They are the units of information in information theory, consisting of the amount of information required to specify one of two alternatives 0 and 1. This is because A bit has a single binary value, either 0 or 1
If you use roman alphabet A to Z lets use log 2(26)=4.7 bits. when you round off it will be 5 bits.
Answer:
1 - Reduced resource costs used for data backup.
2 - Improved collaborative work process.