Not exactly what you're asking, but addressing an incorrect assumption: To deal with arrays use std::vector, or in the case of a fixed size array, std::array. They can returned by functions.

One benefit of pointers is when you use them in function arguments, you don't need to copy large chunks of memory around, and you can also change the state by dereferencing the pointer.

For example, you may have a huge struct MyStruct, and you have a function a().

void a (struct MyStruct* b) {
   // You didn't copy the whole `b` around, just passed a pointer.
}

Pointers are used to store and manage the addresses of dynamically allocated blocks of memory. Such blocks are used to store data objects or arrays of objects. Most structured and object-oriented languages provide an area of memory, called the heap or free store, from which objects are dynamically allocated.Benefits(use) of pointers in c:Pointers provide direct access to memoryPointers provide a way to return more than one value to the functionsReduces the storage space and complexity of the programs Reduces the execution time of the programProvides an alternate way to access array elementPointers can be used to pass information back and forth between the calling function and called function.Pointers allows us to perform dynamic memory allocation and deallocation.Pointers helps us to build complex data structures like linked list, stack, queues, trees, graphs etc.Pointers allows us to resize the dynamically allocated memory block.Addresses of objects can be extracted using pointersDrawbacks of pointers in c:Uninitialized pointers might cause segmentation fault.Dynamically allocated block needs to be freed explicitly.  Otherwise, it would lead to memory leak.Pointers are slower than normal variables.If pointers are updated with incorrect values, it might lead to memory corruption.