15. The delete keyword tells the compiler that the address pointed to by the pointer will no longer be used. What do you think will happen if we access a deleted memory location? This is called dangling reference. Place a check (✔) beside your answer. delete city_ptr; std::cout << "City name after deletion: *city_ptr << "\n"; a. The program may crash if another program used the deleted memory address. << b. The system guarantees there will be no errors. c. The memory address remains reserved for our program so no other program can use it (wasted resource). 16. If we forget to call delete on a memory address, it will remain reserved in the heap. What is a potential issue when a memory address is not deleted? See the code below for an example. This is called a memory leak. Place a check (✔) beside your answer. for (int i = std::string* temp std::string ("garbage"); 0; i<10; i++) { = new 11 } a. The program may crash if another program used the memory address. b. The system guarantees there will be no errors. c. The memory address remains reserved for our program so no other program can use it (wasted resource).
15. The delete keyword tells the compiler that the address pointed to by the pointer will no longer be used. What do you think will happen if we access a deleted memory location? This is called dangling reference. Place a check (✔) beside your answer. delete city_ptr; std::cout << "City name after deletion: *city_ptr << "\n"; a. The program may crash if another program used the deleted memory address. << b. The system guarantees there will be no errors. c. The memory address remains reserved for our program so no other program can use it (wasted resource). 16. If we forget to call delete on a memory address, it will remain reserved in the heap. What is a potential issue when a memory address is not deleted? See the code below for an example. This is called a memory leak. Place a check (✔) beside your answer. for (int i = std::string* temp std::string ("garbage"); 0; i<10; i++) { = new 11 } a. The program may crash if another program used the memory address. b. The system guarantees there will be no errors. c. The memory address remains reserved for our program so no other program can use it (wasted resource).
Chapter8: Arrays
Section: Chapter Questions
Problem 8RQ
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