Answer:
#include<iostream>
#include<cmath>
using namespace std;
int main()
{
float f0;
//Prompt user for input
cout<<"Enter Initial Key Frequency: ";
cin>>f0;
//Initialize number of keys
int numkey = 1;
//Print first key frequency
printf("%0.2f", f0);
cout<<" ";
while(numkey<=4)
{
f0*= pow(2,(1.0/12.0));
printf("%0.2f", f0);
cout<<" ";
numkey++;
}
return 0;
}
Explanation:
Line 4 declares fo (the key frequency) as float
Line 6 prompts user for input
Line 7 accepts input
Line 9 initializes number of keys to 1
Line 11 prints first key frequency (the input from the user)
Line 12 - 18 is an iteration that calculates and print key frequencies
Line 14 calculates the next 4 key frequencies
Line 15 prints the corresponding key frequency
<span>CTRL + Shift + Down Arrow</span>
Answer:
Some operating systems add the command interpreter to the kernel. What will be the justification for this design principle? It displays all the apps and programs in the computer. Fab Numbers Sid wants to find out the average of Fab numbers.
Explanation:
Some operating systems add the command interpreter to the kernel. What will be the justification for this design principle? It displays all the apps and programs in the computer. Fab Numbers Sid wants to find out the average of Fab numbers.
Answer:
The answer is 69.3 ms
Explanation:
if 1 MiB = 0.008388608 Gb
then 3 MiB = 3 x 0.008388608 = 0.025165824 Gb.
since the bandwidth is equally shared amongst two users, each user gets equal share of the bandwidth which is Total Bandwidth/Number of Users.(
The bandwidth for each user = 30.8/2 = 15.4 Gbps.
The time taken for the message to reach from host A to host B = 0.025165824/15.4 s = 0.00163414441 which is = 1.63 ms.
The link connection requires a setup time of 67.7 ms
Therefore, the net time required is = 67.7 ms +1.63 ms = 69.3 ms.
