Pointer Memory Allocation

I am trying to learn the concept of pointers in depth. In the below code , I create an array an create a pointer to each of the element. ``` int bucky[5]; int *bp0 = &bucky[0]; int *bp1 = &bucky[1]; int *bp2 = &bucky[2]; cout<<"bp0 is at memory address:"<<bp0<<endl; cout<<"bp1 is at memory address:"<<bp1<<endl; cout<<"bp2 is at memory address:"<<bp2<<endl; ``` These are the memory allocations given to the array elements. bp0 is at memory address:0x0018ff3c bp1 is at memory address:0x0018ff40 bp2 is at memory address:0x0018ff44 With my limited knowledge in c++ , I am aware that memory is allocated contiguously to an array. But looking at the output closely, bp0 looks out of place. According to me bp0 should be at `0x0018ff36`. Or is it that the locations `0x0018ff3c , 0x0018ff40 , 0x0018ff44` are continuous in the CPU? So is it possible that two contiguous memory allocations are not assigned in a progression?