Answer: try to just add as little as possible then add the answser or just reload your browser
Explanation:
Answer:
The correct answer to the following question will be "RAID 5".
Explanation:
- RAID 5 is an obsolete array of the setup of independent disks that uses parity disk striping. RAID 5 classes have a total of three and no full hard drives (HDDs).
- RAID 5 is considered to be among the most stable RAID systems because the stability data is scattered throughout all drives.
- In a RAID 5 package, the minimum amount of disks is three (two for records, and one for variance). The maximum amount of disks in a RAID 5 system is infinite in principle even though your disk array may have created-in limitations. RAID 5 however only defends against a single failure of the motor.
Therefore, this will be the right answer.
Answer:
The correct program to this question as follows:
Program:
//header file
#include <stdio.h> //include header file for using basic function
int main() //defining main method
{
int amountToChange=19,numFives,numOnes; //defining variable
numFives = amountToChange/5; //holding Quotient
numOnes = amountToChange%5; //holding Remainder
printf("numFives: %d\n", numFives); //print value
printf("numOnes: %d\n", numOnes); //print value
return 0;
}
Output:
numFives: 3
numOnes: 4
Explanation:
In the above program first, a header file is included then the main method is declared inside the main method three integer variable is defined that are "amountToChange, numFives, and numOnes", in which amountToChange variable a value that is "19" is assigned.
- Then we use the numFives and the numOnes variable that is used to calculate the number of 5 and 1 , that is available in the amountToChange variable.
- To check this condition we use (/ and %) operators the / operator is used to hold Quotient value and the % is used to hold Remainder values and after calculation prints its value.
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