Virtual inheritance is needed...

Output of the following program: struct A { A() { std::cout << 'A'; } template A(Args&&... args) { std::cout << 'B'; } A(const A&) { std::cout << 'C; } }; int main() { A a; A b = a; }

std::deque<int> queue; queue.push_back(1); int& ref = queue.back(); queue.push_back(2); Where does ref point to?

What would the following program print? class Printer{ public: Printer(std::string name) {std::cout << name;} }; class Container{ public: Container() : b('b'), a('a') {} Printer a; Printer b; }; int main(){ Container c; return 0; }

Assuming a 32-bit compiler on an x86 platform, what would the result of sizeof(A) typically be? struct A { char B; int* C; short D; };

Below code fails to compile. class A { public: int GetValue() const { vv = 1; return vv; } private: int vv; }; Which of the following choices results in fixing this compilation error?

The \ operator is the arithmetic operator for ____ division.

The percent sign is the ____ operator.

You can use either a(n) ___ variable or a bool variable to store the value of a logical expression.

Pseudocode uses the end-structure statement ____ to clearly show where the structure ends.

If a recursive function does not contain a base case, it ________.