What is the output of this program?#include <iostream> #include <cmath> #include <list> using namespace std; bool IntegralPart(double One, double Two) { return ( int(One) == int(Two) ); } struct is_near { bool operator() (double One, double Two) { return (fabs(One - Two) < 5.0); } }; int main () { double Array[] = { 10.05, 3.70, 12.02, 10.25, 14.24, 11.47, 76.32, 82.35, 95.31, 52.95 }; list<double> ListData(Array, Array + 8); ListData.sort(); ListData.unique(); ListData.unique (IntegralPart); ListData.unique (is_near()); for (list<double> :: iterator iter = ListData.begin(); iter != ListData.end(); ++iter) cout << ' ' << *iter; cout << ' n'; return 0; }

What is the output of this program?#include <iostream> #include <cmath

1.	What is the output of this program? #include <iostream> #include <cmath> #include <list> using namespace std; bool IntegralPart(double One, double Two) { return ( int(One) == int(Two) ); } struct is_near { bool operator() (double One, double Two) { return (fabs(One - Two) < 5.0); } }; int main () { double Array[] = { 10.05, 3.70, 12.02, 10.25, 14.24, 11.47, 76.32, 82.35, 95.31, 52.95 }; list<double> ListData(Array, Array + 8); ListData.sort(); ListData.unique(); ListData.unique (IntegralPart); ListData.unique (is_near()); for (list<double> :: iterator iter = ListData.begin(); iter != ListData.end(); ++iter) cout << ' ' << *iter; cout << ' n'; return 0; }
A.	10.05 3.70 12.02 10.25
B.	14.24 11.47 76.32 82.35
C.	82.35 95.31 52.95
D.	3.7 10.05 76.32 82.35
E.	None of these
Answer» E. None of these

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