Answer and Explanation:
at the point when information is sent starting with one piece of the system then onto the next, the information is broken into square of bits (bundles) that contain enough data so every parcel can be rerouted if essential. excess is something to be thankful for, on the off chance that a few switches come up short since then parcels will be rerouted and still effectively send.
It is ordinances hope this helps
Answer:
Java.
Explanation:
class PC-game extends Game {
int minRAM;
int minDiskSpace;
float minProcessorSpeed;
//////////////////////////////////////////////////////////////////////////////////////////////////
public PC-game(int minRam, minDiskSpace, minProcessorSpeed) {
this.minRam = minRam;
this.minDiskSpace = minDiskSpace;
this.minProcessorSpeed = minProcessorSpeed;
}
public String toString() {
return "Ram megabytes: " + minRam + ", Disk Space MB: " + minDiskSpace + ", Processor GHz: " + minProcessorSpeed;
}
//////////////////////////////////////////////////////////////////////////////////////////////////
public static void main(String[] args) {
PC-game pcGame1 = new PC-game(512, 2000, 2.3);
System.out.println(pcGame1);
}
}
Answer:
long power(int i)
{
return pow(2,i);
}
Explanation:
The above written function is in C++.It does not uses loop.It's return type is long.It uses the function pow that is present in the math library of the c++.It takes two arguments return the result as first argument raised to the power of second.
for ex:-
pow(3,2);
It means 3^2 and it will return 9.