I would say that morse code would be the answer, but im not sure if that would apply to computers
Explanation:
in c++
#include<iostream.h>
#using namespace std;
main()
{ float x,y,z,r, phi, theta;
cout<<" enter the value of x";
cin>>x;
cout<<" enter the value of y";
cin>>y;
cout<<" enter the value of z";
cin>>z;
r = (sqrt(pow(x,2) + pow(y, 2) + pow(z, 2)));
phi = (asinf(y/r)*180.0f)/PI;
theta = (asinf(-x/(r*cosf(phi)))*180.0f)/PI;
cout<<"The radius r= "<<r;
cout<<"The phi angle= "<<phi;
cout<<"The theta angle= "<<theta;
return 0;
}
Answer:
C. Internet Corporation for Assigned Names and Numbers.
Explanation:
The Internet Corporation for Assigned Names and Numbers is an institution founded in September, 1998. The ICANN has the role of maintaining internet databases and promoting safe internet operations. The headquarters of this organization is located in Los Angeles, California.
The ICANN is also involved in the registration of internet domain names, formulating new top-level domains, as well as the maintenance of root name servers.
The ICANN is also actively involved in forming new policies that would see to safe internet activities. The internet protocol address spaces for IPv4 and 6 are numbered by the ICANN.
Within the Flags detail is a flag titled recursion desired. This flag shows whether or not the local DNS should continue to query other DNSs if it is not able to resolve the current query. As DNS is local, it may or may not have the enough information to allow the address to be resolved. If the recursion flag is set, the local <span>DNS will continue to query higher level DNSs until it is able to resolve the address. In short, t</span>he condition is when a flag is raised and it doesn’t have enough <span>information to allow the request.</span>
