Answer:
Explanation:
The 1980 Toyota Celica is a great car, it was my first car and I loved it. It has many luxury features that you don't see much in cars of that year. It is also extremely reliable and can take lots of use before beginning to give problems. I used to use it to get to and from school on a daily basis and it never once left me stranded. It includes power steering, cruise control, AC, etc. Not much more you can ask for in a car, it is also a very beautiful looking car, especially a well taken care of one. Enjoy your car.
Answer:
#include<iostream>
int main()
{
int count=0;
int so_phan_tu;
std::cout << "nhap so phan tu : \n";
std::cin >> so_phan_tu;
int* A = new int[so_phan_tu];
std::cout << "nhap cac phan tu : \n";
for (int i = 0; i < so_phan_tu; i++)
{
std::cin >> A[i];
if (A[i] % 5 == 0)
{
count++;
}
}
std::cout << so_phan_tu - count;
system("pause");
return 0;
}
//cái này viết bằng C++ em nhé
Explanation:
Answer:
Number of fragments is 3
Explanation:
The maximum size of data field in each fragment = 4468 - 20(IP Header)
= 4448 bytes
Hence, the number of required fragment = (10000 - 20)/4448
= 3
Fragment 1
Id = 218
offset = 0
total length = 4468 bytes
flag = 1
Fragment 2
Id = 218
offset = 556
total length = 4468 bytes
flag = 1
Fragment 3
Id = 218
offset = 1112
total length = 1144 bytes
flag = 0
Answer:
Secure is the correct answer for the above question.
Explanation:
- When any person wants that any information is not hacked by any user then he needs to secure the information with the help of any security mechanism. This security mechanism can be of any type that facilities the user to stop the information are being hacked.
- The above question asked about the work which is needed to stop the message is being hacked. So there is a need to secure the information. so secure is the correct option while the other option is not valid because "simple, economical or verifiable" can not stop the message from accessed by the unauthorized user.
