Answer:
#include<iostream>
#include<cmath>
#include <ctime>
using namespace std;
int main()
{
time_t t = time(NULL);
tm* timePtr = localtime(&t);
cout << "seconds= " << (timePtr->tm_sec) << endl;
cout << "minutes = " << (timePtr->tm_min) << endl;
cout << "hours = " << (timePtr->tm_hour) << endl;
cout << "day of month = " << (timePtr->tm_mday) << endl;
cout << "month of year = " << (timePtr->tm_mon)+1 << endl;
cout << "year = " << (timePtr->tm_year)+1900 << endl;
cout << "weekday = " << (timePtr->tm_wday )<< endl;
cout << "day of year = " << (timePtr->tm_yday )<< endl;
cout << "daylight savings = " <<(timePtr->tm_isdst )<< endl;
cout << endl;
cout << endl;
cout << "Date " <<(timePtr->tm_mday)<<"/"<< (timePtr->tm_mon)+1 <<"/"<< (timePtr->tm_year)+1900<< endl;
cout << "Time " << (timePtr->tm_hour)<<":"<< (timePtr->tm_min)<<":"<< (timePtr->tm_sec) << endl;
return 0;
}
Explanation:
Answer:
Following are the answer to this question:
Explanation:
As we know, that Python is based on Oop's language, it allows programmers to decide, whether method or classes satisfy the requirements.
- It's an obvious benefit, in which the system tests the functions, and prevent adverse effects, and clear the syntaxes, which makes them readable for such methods.
- All the framework uses the python language, that will be used to overcome most every coding task like Mobile apps, desktop apps, data analyses, scripting, automation of tasks, etc.
Answer:
Explanation:
It can be said that the best way to obtain such a statistical profile would be to issue a periodic timer interrupt, then you would simply need to monitor which what code was running when the interruption took place. This information is especially helpful to the programmers as it would allow them to optimize the specific sections of the code that are consuming the most CPU resources, and thus making the overall program more efficient.
Lets first work out how many different codes would be needed to represent everything. 26 for lowercase, 26 for uppercase, and 10 for 0-9. Total, that makes 62 needed codes.
If we start with 0, we need to go up to 61 to represent all the characters. Thus, we can convert 61 to binary and count the number of digits needed to represent that as the last number in the set and that will tell us how many digits are needed.
61 in binary is 111101, so we need 6 digits to represent that number. The answer is B.
