Answer: Integrity
Explanation:
Based on the information given, it should be noted that the protection that the hashing activity provides is integrity. In cryptography, hashing is used in the verification of integrity.
To determine integrity, comparison can be made between data and a hash value. When data is hashed at a particular time, the hash value is protected. Then, to ensure integrity, the data can then be hashed again after which it'll be compared to the protected value.
Answer:Full-interruption--A
Explanation: The Full-interruption is one of the major steps for a Disaster Recovery Plan, DRP which ensures businesses are not disrupted by saving valuable resources during a disaster like a data breach from fire or flood.
Although expensive and very risky especially in its simulation of a disruption, this thorough plan ensures that when a disaster occurs, the operations are shut down at the primary site and are transferred to the recovery site allowing Individuals follow every procedure, ranging from the interruption of service to the restoration of data from backups, also with the notification of appropriate individuals.
Don't quote me on this, but I *think* the answer is "Audio transition/transitioning is the smooth shift of one audio file into another." I hope I was able to help and I apologize if I was wrong. ♡♡
Answer:
Logic error.
Explanation:
When a logic error occurs sometimes it becomes difficult to locate the error in the code.So to locate the error dummy print used to see which loop,if,else,switch case etc. is executing or not.
for example:-
for(int i=0;i<45;i++)
{
if(i!=1)
{
continue;
}
cout<<i<<endl;
}
we wanted the loop to print all value of i except 1 but it is printing only 1.We can use dummy print statement for this code in if condition.for(int i=0;i<45;i++)
{cout<<"Loop"<<endl;
if(i!=1)
{
cout<<"Printing"<<endl;
continue;
}
cout<<i<<endl;
}
We see that the loop is printed 45 times and printing 44 times.We found that the condition in if statement is wrong.It hould be '==' instead of '!='.
Answer:
Explanation:
BEGIN
DEFINE n,tmp, tmp1 type Integer
n = 0
DISPLAY "Enter a number"
INPUT n
tmp = n + 4
tmp = tmp * 3
tmp = tmp + n
tmp1 = tmp / 2
tmp = tmp1 + 4
tmp = tmp / 2
tmp = tmp - n
DISPLAY tmp
END