This link should help: https://uhasct.com/insert-an-empty-row-between-each-row-of-data-in-excel/
TPM chips are usually tied to the hardware. Upon a motherboard failure, all TPM data is lost. However, when the hard drive is moved to a new computer, the new motherboard creates a new TPM fingerprint. The new fingerprint needs to be generated to unlock through a recovery key. If the hard drive is moved to another computer, certain conditions must be met for the computer with the new hard to boot.
Note that not all metrics like the BIOS version, the hardware housing that drive, and the correct pin are met. To answer this question, the drive will certainly boot on the new computer but will be stuck at boot up process until the above conditions are met. It will ask for the recovery key and if the recovery key is there, the computer will boot.
Explanation:
C++ Program to display month name according to the month number using Switch Statement
that's why called checkmonth
/* C Program to display month name according to the month number using Switch Statement */ #include<stdio.h> int main() { int n; printf("Month No : "); scanf("%d",&n); switch(n) { case 1: printf("January"); break; case 2: printf("February"); break; case 3: printf("March"); break; case 4: printf("April"); break; case 5: printf("May"); break; case 6: printf("June"); break; case 7: printf("July"); break; case 8: printf("August"); break; case 9: printf("September"); break; case 10: printf("October"); break; case 11: printf("November"); break; case 12: printf("December"); break; default: printf("Invalid Month number\nPlease try again ....\n"); break; } return 0; }
SID filtering enables to control of the sid history attribute from being utilized to falsely gain administrative privileges in a trusting forest.
<h3>What is SID filtering?</h3>
SID filtering renders the domain controllers (DCs) in a trusting domain to remove all SIDs that aren't members of the trusted domain. In other words, if a user in a trusted domain exists as a member of groups in other domains in the forest, the trusting domain will withdraw those groups' SIDs from the user's access token.
For a newly set up trust between two domains or two forests, the SID Filtering exists activated by default. The filter extracts all foreign SIDs from the user's Access Token while accessing a resource through trust in a trusting domain.
SID filtering enables to control of the sidhistory attribute from being utilized to falsely gain administrative privileges in a trusting forest.
To learn more about SID filtering refer to:
brainly.com/question/23814085
#SPJ4
Answer:
<em>C++</em>
/////////////////////////////////////////////////////////////////////////////////////
#include <iostream>
using namespace std;
int main() {
int number;
cout<<"Enter four digit positive integer: ";
cin>>number;
///////////////////////////////////////////////
int divisor = 1000;
int digit;
if ((number > 999) && (number < 9999)) {
for (int i=0; i<3; i++) {
digit = number/divisor;
number = number%divisor;
divisor = divisor/10;
cout<<digit<<endl;
}
cout<<number;
}
else {
cout<<"Invalid range!";
}
///////////////////////////////////////////////
return 0;
}
Explanation:
To accomplish the task, we need to use the divide and modulo operators.
To get each digit, we need to divide the variable number by the divisor (which is initialized to 1000).
We also need to reset the number variable to one less digit from the right. We can do this by number modulo divisor, which is assigned back to the number variable.
Finally we need to lower the divisor by 10 each time in the loop, to keep it in accordance with the above two operations.