Given the class definition: CreateDestroy class { public: CreateDestroy() { cout < < constructor called, ;...

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Given the class definition: CreateDestroy class { public: CreateDestroy() { cout << "constructor called, "; } ~CreateDestroy() { cout << "destructor called, "; } What will the following program output? int main() { CreateDestroy c1; CreateDestroy c2; return 0; |} a. constructor called, destructor called, constructor called, destructor called, b. constructor called, destructor called, c. constructor called, constructor called, d. constructor called, constructor called, destructor called, destructor called, 12:29 am Given the class definition: CreateDestroy class { public: CreateDestroy() { cout << "constructor called, "; } ~CreateDestroy() { cout << "destructor called, "; } What will the following program output? int main() { CreateDestroy c1; CreateDestroy c2; return 0; |} a. constructor called, destructor called, constructor called, destructor called, b. constructor called, destructor called, c. constructor called, constructor called, d. constructor called, constructor called, destructor called, destructor called, 12:29 am

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The code presented in the image is a C program that includes a class CreateDestroy with a constructo... View the full answer