You are suggested to use recursive techniques to solve this problem. the ith queen's placement at the current grid position is dependent on whether all the following i+1(th) to (n-1)th queens can find their positions. note that in c, an array starts with index 0, so the (n-1)th queen is the last one. here is some pseudocode to get you started, which you should stick as closely as possible to when implementing your solution. the definition of n controls the size of the grid:

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An ou structure in your domain has one ou per department, and all the computer and user accounts are in their respective ous. you have configured several gpos defining computer and user policies and linked the gpos to the domain. a group of managers in the marketing department need different policies that differ from those of the rest of the marketing department users and computers, but you don't want to change the top-level ou structure. which of the following gpo processing features are you most likely to use? a, block inheritance b, gpo enforcement c, wmi filtering d, loopback processing

4. what is the reason for including the following code snippet in the header file animal.h? #ifndef animal_h #define animal_h class animal { public: animal(); animal(double new_area_hunt); void birth(); void hunt(double new_area_hunt); void death(); double get_area_hunt() const; private: double area_hunt; }; #endif