Answer:
In order to observe best practices, and to meet with technical and other requirements, organizations often use frameworks for cybersecurity compliance and regulatory compliance. These frameworks provide best practices and guidelines to assist in improving security, optimizing business processes, meeting regulatory requirements, and performing other tasks necessary to achieve specific business objectives such as breaking into a particular market niche or selling to government agencies.
Many such frameworks exist, and the recommendations set out in them can impose difficult and often expensive demands on enterprise resources – especially in situations where an organization is subject to a number of regulatory compliance regimes, whose requirements it has to meet while maintaining its own strong cybersecurity status.
Explanation:
Answer: time of day, duration, due dates
Explanation: I am awsome
Answer:
#include <iostream>
#include <cstdlib>
using namespace std;
char grade(double marks){
if(marks>=90)
{
return 'A';
}
else if (marks >=80 && marks<90)
{
return 'B';
}
else if (marks >=70 && marks<80)
{
return 'C';
}
else if (marks >=60 && marks<70)
{
return 'D';
}
else if ( marks<60)
{
return 'F';
}
}
int main()
{
double marks;
cout <<"Ener marks";
cin >>marks;
char grd=grade(marks);
cout<<"Grae is "<<grd;
return 0;
}
Explanation:
Take input from user for grades in double type variable. Write function grade that takes a parameter of type double as input. Inside grade function write if statements defining ranges for the grades. Which if statement s true for given marks it returns grade value.
In main declare a variable grd and store function returned value in it.
Answer:
Answer explained below
Explanation:
Following are the arguments that can be used to persuade our colleagues in Des Moines to switch there network to IPv6 or to enable dual use of IPv6 and IPv4 :
- IPv6 provides an increased capacity of address space as resources are efficiently allocated to provide coverage to additional web addresses.
- IPv6 provides efficient routing by conveniently aggregating the prefixes that have been assigned to IP networks.
- IPv6 conserves bandwidth by enabling large data packets. it uses less bandwidth than IPv4 for the same data.
- IPv6 is more secure than IPv4 due to multiple security layers built in the firewall. It also provides authentication layers and integrity of data.
- IPv6 supports multicast rather than broadcast.
- IPv6 has more efficient packet processing and error detection through checksum as compared to IPv4.
- Address and network configuration is fully simplified and automatic in IPv6 but the same is not true for IPv4.
- IPv4 supports 32 bit IP address whereas IPv6 supports 128 bit. Therefore more number of IP addresses availability makes IPv6 future oriented.
